{
    "name": "QICEQUIP",
    "website": "https://www.fiberalignment.com/",
    "language": "en",
    "updated": "2026-11-09T11:24:28+00:00",
    "description": "Precision positioning stages and fiber alignment and coupling systems.",
    "contact": {
        "url": "https://www.fiberalignment.com/contact/",
        "email": "sales@etool.cc",
        "telephone": "+86-755-82876856"
    },
    "pages": [
        {
            "name": "Home",
            "url": "https://www.fiberalignment.com/"
        },
        {
            "name": "Products",
            "url": "https://www.fiberalignment.com/products/"
        },
        {
            "name": "Application Cases",
            "url": "https://www.fiberalignment.com/application-cases/"
        },
        {
            "name": "News",
            "url": "https://www.fiberalignment.com/news/"
        },
        {
            "name": "About",
            "url": "https://www.fiberalignment.com/about/"
        },
        {
            "name": "Contact",
            "url": "https://www.fiberalignment.com/contact/"
        }
    ],
    "categories": [
        {
            "name": "Chip Testing Accessories",
            "url": "https://www.fiberalignment.com/product-category/chip-testing-accessories/",
            "parent_id": 0,
            "description": "Browse accessories for chip testing applications. Review compatibility, mounting dimensions and the specifications of the associated test system."
        },
        {
            "name": "Chip Testing Systems",
            "url": "https://www.fiberalignment.com/product-category/chip-testing-systems/",
            "parent_id": 0,
            "description": "Explore chip coupling and testing systems. Check each model for supported devices, measurement functions, optical interfaces and automation requirements."
        },
        {
            "name": "Combined Motorized Translation Stages",
            "url": "https://www.fiberalignment.com/product-category/motorized-translation-stage/combined-motorized-translation-stages/",
            "parent_id": 175,
            "description": "Explore combined motorized translation stages in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Fiber-Optic Positioning Stages",
            "url": "https://www.fiberalignment.com/product-category/manual-positioning-stage/fiber-optic-positioning-stages/",
            "parent_id": 168,
            "description": "Explore fiber-optic positioning stages in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Grating and End-Face Coupling Systems",
            "url": "https://www.fiberalignment.com/product-category/fiber-coupling-system/grating-end-face-coupling-systems/",
            "parent_id": 169,
            "description": "Explore grating and end-face coupling systems in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Manual Goniometer Stage",
            "url": "https://www.fiberalignment.com/product-category/manual-positioning-stage/manual-goniometer-stage/",
            "parent_id": 168,
            "description": "Explore manual goniometer stage in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Manual Stage Adapter Plates",
            "url": "https://www.fiberalignment.com/product-category/manual-positioning-stage/manual-stage-adapter-plates/",
            "parent_id": 168,
            "description": "Explore manual stage adapter plates in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Manual Tilt Stages",
            "url": "https://www.fiberalignment.com/product-category/manual-positioning-stage/manual-tilt-stages/",
            "parent_id": 168,
            "description": "Explore manual tilt stages in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Motorized Stage Adapter Plates",
            "url": "https://www.fiberalignment.com/product-category/motorized-translation-stage/motorized-stage-adapter-plates/",
            "parent_id": 175,
            "description": "Explore motorized stage adapter plates in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Multi-Axis Manual Translation Stages",
            "url": "https://www.fiberalignment.com/product-category/manual-positioning-stage/multi-axis-manual-translation-stages/",
            "parent_id": 168,
            "description": "Explore multi-axis manual translation stages in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Multi-Axis Motorized Adjustment Stages",
            "url": "https://www.fiberalignment.com/product-category/motorized-translation-stage/multi-axis-motorized-adjustment-stages/",
            "parent_id": 175,
            "description": "Explore multi-axis motorized adjustment stages in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Optical Fiber Components",
            "url": "https://www.fiberalignment.com/product-category/optical-fiber-components/",
            "parent_id": 0,
            "description": "Explore optical fiber components for alignment and coupling applications. Review optical interface, mechanical dimensions and compatibility for each item."
        },
        {
            "name": "Optical Platforms",
            "url": "https://www.fiberalignment.com/product-category/optical-platforms/",
            "parent_id": 0,
            "description": "Compare optical platforms and tables for positioning and optical experiments. Review dimensions, mounting patterns, construction and vibration isolation specifications."
        },
        {
            "name": "Optical Test Instruments",
            "url": "https://www.fiberalignment.com/product-category/optical-test-instruments/",
            "parent_id": 0,
            "description": "Browse optical test instruments and review measurement functions, supported interfaces and model-specific specifications."
        },
        {
            "name": "Temperature Control Equipment",
            "url": "https://www.fiberalignment.com/product-category/temperature-control-equipment/",
            "parent_id": 0,
            "description": "Explore temperature control equipment for optical and test applications. Compare temperature range, stability, mounting and control interfaces on each product page."
        },
        {
            "name": "Vision Inspection Modules",
            "url": "https://www.fiberalignment.com/product-category/vision-inspection-modules/",
            "parent_id": 0,
            "description": "Browse vision inspection modules for observing and measuring small components. Review camera, optics, mounting and system compatibility details."
        },
        {
            "name": "Welding and Packaging Equipment",
            "url": "https://www.fiberalignment.com/product-category/welding-packaging-equipment/",
            "parent_id": 0,
            "description": "Explore welding and packaging equipment for optical assemblies. Review supported components, processes, fixture requirements and model-specific specifications."
        },
        {
            "name": "Manual Rotary Stage",
            "url": "https://www.fiberalignment.com/product-category/manual-positioning-stage/manual-rotary-stage/",
            "parent_id": 168,
            "description": "Explore manual rotary stage in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Manual Translation Stage",
            "url": "https://www.fiberalignment.com/product-category/manual-positioning-stage/manual-translation-stage/",
            "parent_id": 168,
            "description": "Explore manual translation stage in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Manual Vertical Lift Stage",
            "url": "https://www.fiberalignment.com/product-category/manual-positioning-stage/manual-vertical-lift-stage/",
            "parent_id": 168,
            "description": "Explore manual vertical lift stage in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Motorized Goniometer Stage",
            "url": "https://www.fiberalignment.com/product-category/motorized-translation-stage/motorized-goniometer-stage/",
            "parent_id": 175,
            "description": "Explore motorized goniometer stage in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Precision Motion Controller",
            "url": "https://www.fiberalignment.com/product-category/motorized-translation-stage/precision-motion-controller/",
            "parent_id": 175,
            "description": "Explore precision motion controller in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Manual Positioning Stage",
            "url": "https://www.fiberalignment.com/product-category/manual-positioning-stage/",
            "parent_id": 0,
            "description": "Manual positioning stages provide mechanical adjustment for optical alignment and precision positioning. Compare linear, rotary, vertical, tilt and multi-axis models by travel, mounting and load requirements."
        },
        {
            "name": "Motorized Translation Stage",
            "url": "https://www.fiberalignment.com/product-category/motorized-translation-stage/",
            "parent_id": 0,
            "description": "Motorized positioning stages support controlled linear, rotary, vertical and multi-axis motion. Compare travel, resolution, repeatability, load capacity and controller requirements on each model page."
        },
        {
            "name": "Motorized Linear Translation Stage",
            "url": "https://www.fiberalignment.com/product-category/motorized-translation-stage/motorized-linear-translation-stage/",
            "parent_id": 175,
            "description": "Explore motorized linear translation stage in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Motorized Rotary Stage",
            "url": "https://www.fiberalignment.com/product-category/motorized-translation-stage/motorized-rotary-stage/",
            "parent_id": 175,
            "description": "Explore motorized rotary stage in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Motorized Vertical Lift Stage",
            "url": "https://www.fiberalignment.com/product-category/motorized-translation-stage/motorized-vertical-lift-stage/",
            "parent_id": 175,
            "description": "Explore motorized vertical lift stage in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Fiber Coupling System",
            "url": "https://www.fiberalignment.com/product-category/fiber-coupling-system/",
            "parent_id": 0,
            "description": "Browse manual, semi-automatic and fully automatic systems for fiber alignment and optical coupling. Compare axis configurations, optical interfaces, device types and supported processes."
        },
        {
            "name": "Manual Waveguide Coupling System",
            "url": "https://www.fiberalignment.com/product-category/fiber-coupling-system/manual-waveguide-coupling-system/",
            "parent_id": 169,
            "description": "Explore manual waveguide coupling system in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "6-Axis Manual Coupling System",
            "url": "https://www.fiberalignment.com/product-category/fiber-coupling-system/6-axis-manual-coupling-system/",
            "parent_id": 169,
            "description": "Explore 6-axis manual coupling system in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Fiber Alignment Stage Series",
            "url": "https://www.fiberalignment.com/product-category/fiber-coupling-system/fiber-alignment-stage-series/",
            "parent_id": 169,
            "description": "Explore fiber alignment stage series in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Semi-Automatic Coupling System",
            "url": "https://www.fiberalignment.com/product-category/fiber-coupling-system/semi-automatic-coupling-system/",
            "parent_id": 169,
            "description": "Explore semi-automatic coupling system in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        },
        {
            "name": "Fully Automatic Coupling System",
            "url": "https://www.fiberalignment.com/product-category/fiber-coupling-system/fully-automatic-coupling-system/",
            "parent_id": 169,
            "description": "Explore fully automatic coupling system in the QICEQUIP catalogue. Compare model configurations, dimensions and specifications, and contact us for application-specific selection support."
        }
    ],
    "products": [
        {
            "id": 43275,
            "name": "2-Axis Adjustable Tilt Stage OMXC80B",
            "url": "https://www.fiberalignment.com/product/2-axis-adjustable-tilt-stage-omxc80b/",
            "description": "The OMXC80B 2-axis adjustable tilt stage is a compact module that provides sensitive adjustment of parallelism between a base and top plate or between.",
            "categories": [
                "Manual Tilt Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMXC80B 2-axis adjustable tilt stage is a compact module that provides sensitive adjustment of parallelism between a base and top plate or between optical mounts. It achieves ±2° tilt adjustment without changing the mount's height along the central axis. These mounts are adjusted by small knurled wheels while keeping an overall compact structure, with a 20 N load capacity.\n\nProduct Features\n\nMaterial: 6061-T6 aluminum alloy.; Provides sensitive parallelism adjustment between base and top plate or optical mounts.; ±2° tilt adjustment without changing height along the central axis.; Adjusted by small knurled wheels while keeping a compact structure.; 20 N load capacity.\n\nTechnical Specifications\n\nModel | Tilt Angle Range | Pitch Angle Range | Sensitivity | Load | \nOMXC80B | ±2° | ±2° | 4” | 20N |"
        },
        {
            "id": 43245,
            "name": "2-Axis High-Stability Fiber Tilt Stage HFA-T Series",
            "url": "https://www.fiberalignment.com/product/2-axis-high-stability-fiber-tilt-stage-hfa-t-series/",
            "description": "The HFA-T 2-axis fiber tilt stage is a dedicated fiber platform developed from the company's long experience and widely used in fiber alignment.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe HFA-T 2-axis fiber tilt stage is a dedicated fiber platform developed from the company's long experience and widely used in fiber alignment. It uses precision 100 TPI adjustment screws and an all-stainless-steel body with high overall rigidity that effectively avoids vibration interference and maintains high stability. Angular deviation about any axis is better than 150 µrad. Minimal translation provides two-axis (θy, θz) angular alignment of the fiber. The tilt platform mounts on top of the HFA-XYZ 3-axis fiber stage to achieve five degrees of freedom.\n\nProduct Features\n\nMaterial: 304 stainless steel.; Precision 100 TPI adjustment screws.; All-stainless-steel body for high rigidity and vibration immunity.; Angular deviation better than 150 µrad about any axis.; Provides θy and θz angular alignment of the fiber.; Mounts on the HFA-XYZ stage to achieve five degrees of freedom.\n\nTechnical Specifications\n\nModel | HFA-TL | HFA-TR | \nTilt about Z-Axis | ±5° | ±5° | \nTilt about Y-Axis | ±5° | ±5° | \nOptical Path Center Height | 78.1mm | 78.1mm | \nResolution | 5\" | 5\" | \nLoad | 2.2kg | 2.2kg | \nWeight | 0.3kg | 0.3kg |"
        },
        {
            "id": 43221,
            "name": "2-Axis High-Stability Fiber-Optic Translation Stage HFA-YZ Series",
            "url": "https://www.fiberalignment.com/product/2-axis-high-stability-fiber-optic-translation-stage-hfa-yz-series/",
            "description": "The HFA fiber-optic platform has a stainless-steel structure for excellent long-term stability.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe HFA fiber-optic platform has a stainless-steel structure for excellent long-term stability. Cross-roller guides and precision-machined guide reference surfaces provide a very straight 12 mm linear travel on the X and Y axes, with angular deviation about any axis better than 150 µrad; the Z axis provides 6 mm of travel. The HFA stages are designed specifically for precise fiber alignment. Top-mounted guides allow firm connection of fiber fixtures. High-performance stages offer up to six degrees of freedom, providing an excellent fiber alignment solution.\n\nProduct Features\n\nStandard micrometer drive with optional differential micrometer.; Stainless steel for high stability and good corrosion resistance.; Ultra-precision cross-roller guides with key indicators such as sensitivity and flatness reaching an advanced level.\n\nTechnical Specifications\n\nModel | Y-Axis Adjustment | Z-Axis Adjustment | Micrometer Minimum Reading | Optical Path Center Height | Yaw | Max Center Load | Weight | \nHFA-YZ | 12mm | 6mm | 0.01mm | 78.7mm | <150μrad | 2.3kg | 0.8kg |"
        },
        {
            "id": 43189,
            "name": "2-Axis Hollow Manual Translation Stage OMYE200Z",
            "url": "https://www.fiberalignment.com/product/2-axis-hollow-manual-translation-stage-omye200z/",
            "description": "The OMYE200Z 2-axis hollow manual translation stage uses lightweight, high-strength aluminum alloy as the main body, with a compact structure.",
            "categories": [
                "Manual Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMYE200Z 2-axis hollow manual translation stage uses lightweight, high-strength aluminum alloy as the main body, with a compact structure and convenient adjustment reading. It provides 1.97 in (50 mm) of travel in both X and Y with adjustable maximum-travel limits, and uses cross-roller guides with an integral structure for improved orthogonality and motion accuracy. The stage has a clear aperture, so it can serve as a working platform in microscopy and inspection equipment or connect directly to other tabletops, standard optical platforms or breadboards. Mounting holes on the tabletop allow customers to mount workpieces.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Uses cross-roller guides.; Compact structure with convenient adjustment reading.; Hollow center structure meets clear-aperture requirements.; Can be combined with other series into multi-axis assemblies.; Optional standard sample plate OMLA22B and combination adapter plate available.\n\nTechnical Specifications\n\nModel | Travel (mm) | Tabletop Size (mm) | Hollow Size (mm) | Guiding Mechanism | Drive Type | Body Material & Surface Finish | Weight (kg) | Minimum Scale | Dynamic Parallelism (mm) | Horizontal Load (kg) | Compatible Product Series | \nOMYE200Z | X: ±25 mm, Y: ±25 mm (max-travel limit adjustable) | 200X200 | 90X90 | Cross Roller Guide | Precision Micrometer | Aluminum alloy, black anodized | 3.2KG | 0.01 mm Minimum Scale | ≦0.05 | 10 | OMLA22B Combination Adapter Plate |"
        },
        {
            "id": 43271,
            "name": "2-Axis Tilt Platform OMXC110B",
            "url": "https://www.fiberalignment.com/product/2-axis-tilt-platform-omxc110b/",
            "description": "The OMXC110B 2-axis tilt platform provides tilt and rotation adjustment to align optical components.",
            "categories": [
                "Manual Tilt Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMXC110B 2-axis tilt platform provides tilt and rotation adjustment to align optical components. It has kinematic features with hardened, polished steel ball pivots and spring-preloaded ball-tip adjusters acting on a hardened steel base. Micrometer heads provide elevation tilt and rotation adjustment, letting the mounting platform rotate about the kinematic pivot point — ideal for use as an indicator. Components mounted on the same face as the micrometer can be given azimuth adjustment, while components mounted on the opposite side rotate in-plane.\n\nProduct Features\n\nMaterial: 6061-T6 aluminum alloy.; Provides tilt and rotation adjustment for aligning optical components.; Kinematic design with hardened, polished steel ball pivots.; Spring-preloaded ball-tip adjusters on a hardened steel base.; Micrometer heads for elevation tilt and rotation adjustment.; Ideal for use as an indicator.\n\nTechnical Specifications\n\nModel | Tilt Angle Range | Rotation Angle Range | Sensitivity | Load | \nOMXC110B | -3°～+7° | ±2.5° | 20” | 20N |"
        },
        {
            "id": 43273,
            "name": "2-Axis Tilt Platform OMXC127B",
            "url": "https://www.fiberalignment.com/product/2-axis-tilt-platform-omxc127b/",
            "description": "The OMXC127B 2-axis tilt platform provides tilt adjustment to align optical components. It has kinematic features with hardened, polished steel ball.",
            "categories": [
                "Manual Tilt Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMXC127B 2-axis tilt platform provides tilt adjustment to align optical components. It has kinematic features with hardened, polished steel ball pivots and spring-preloaded ball-tip adjusters. Micrometer heads provide -3.5° to 14° angular adjustment for the long axis and -5° to 16° for the short axis, letting components be oriented parallel to any plane.\n\nProduct Features\n\nMaterial: 6061-T6 aluminum alloy.; Provides tilt adjustment for aligning optical components.; Kinematic design with hardened, polished steel ball pivots.; Micrometer adjustment: -3.5° to 14° (long axis) and -5° to 16° (short axis).; Lets components be oriented parallel to any plane.\n\nTechnical Specifications\n\nModel | Tilt Angle Range | Pitch Angle Range | Sensitivity | Load | \nOMXC127B | -3.5°～+14° | -5°～+16° | 70” | 67N |"
        },
        {
            "id": 43279,
            "name": "3-Axis High-Precision Tilt Prism Mount OMXD52A",
            "url": "https://www.fiberalignment.com/product/3-axis-high-precision-tilt-prism-mount-omxd52a/",
            "description": "The OMXD52A 3-axis high-precision tilt prism mount provides two independent tilt adjustments plus in-plane rotation.",
            "categories": [
                "Manual Tilt Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMXD52A 3-axis high-precision tilt prism mount provides two independent tilt adjustments plus in-plane rotation. These adjustments let optical components such as prisms be oriented parallel to a desired plane and then rotated within it. Micrometer heads provide excellent resolution, and all three axes are spring-loaded to eliminate play. An adjustable clamping arm on a Ø6 cage rod locks over the optical element and is tightened by a nylon-tipped handle. Additional Ø6 cage rods can be added for taller optics. M6 U-slots front and back on the base allow fixing to an optical platform or breadboard.\n\nProduct Features\n\nMaterial: 6061-T6 aluminum alloy.; Provides two independent tilt adjustments plus in-plane rotation.; Micrometer heads for excellent resolution.; All three axes spring-loaded to eliminate play.; Adjustable clamping arm on Ø6 cage rods.; Base with front and rear M6 U-slots for mounting to an optical platform or breadboard.\n\nTechnical Specifications\n\nModel | Tilt Angle Range | Rotation Angle Range | Sensitivity | Load | \nOMXD52A | ±2.5° | ±2.5° | 3” | 10N |"
        },
        {
            "id": 43223,
            "name": "3-Axis High-Stability Fiber-Optic Translation Stage HFA-XYZ Series",
            "url": "https://www.fiberalignment.com/product/3-axis-high-stability-fiber-optic-translation-stage-hfa-xyz-series/",
            "description": "The HFA fiber-optic platform has a stainless-steel structure for excellent long-term stability.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe HFA fiber-optic platform has a stainless-steel structure for excellent long-term stability. Cross-roller guides and precision-machined guide reference surfaces provide a very straight 12 mm linear travel on the X and Y axes, with angular deviation about any axis better than 150 µrad; the Z axis provides 6 mm of travel. The HFA stages are designed specifically for precise fiber alignment. Top-mounted guides allow firm connection of fiber fixtures. High-performance stages offer up to six degrees of freedom, providing an excellent fiber alignment solution.\n\nProduct Features\n\nStandard micrometer drive with optional differential micrometer.; Stainless steel for high stability and good corrosion resistance.; Ultra-precision cross-roller guides with key indicators such as sensitivity and flatness reaching an advanced level.\n\nTechnical Specifications\n\nModel | X-Axis Adjustment | Y-Axis Adjustment | Z-Axis Adjustment | Micrometer Minimum Reading | Optical Path Center Height | Yaw | Max Center Load | \nHFA-XYZL (left hand) / HFA-XYZR (right hand) | 12mm | 12mm | 6mm | 0.01mm | 77.6mm | <150μrad | 2.3kg |"
        },
        {
            "id": 43269,
            "name": "3-Axis Hollow Combination Translation Stage OMSDH03AL",
            "url": "https://www.fiberalignment.com/product/3-axis-hollow-combination-translation-stage-omsdh03al/",
            "description": "The OMSDH03AL 3-axis hollow combination translation stage is assembled from several OMTOOLS standard products, providing motion in the X, Y and Z.",
            "categories": [
                "Multi-Axis Manual Translation Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMSDH03AL 3-axis hollow combination translation stage is assembled from several OMTOOLS standard products, providing motion in the X, Y and Z directions. The Z direction offers 30 mm of travel (with adjustable bottom limit), and the X and Y directions offer 50 mm of travel (with adjustable maximum-travel limit). The combination is flexible and easy to assemble/disassemble. The top translation stage has a clear aperture, so it can serve as a working platform in microscopy and inspection equipment or connect directly to other tabletops, optical platforms or breadboards.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Various tabletop mounting-hole combinations.; Compact structure with convenient adjustment reading.; Hollow center in the top platform meets clear-aperture requirements.\n\nTechnical Specifications\n\nModel | Travel (°) | Tabletop Size (mm) | Hollow Size (mm) | Drive Type | Body Material & Surface Finish | Weight (kg) | Minimum Scale | Dynamic Parallelism (mm) | Horizontal Load (kg) | Component Products | \nOMSDH03AL | X: ±25 mm, Y: ±25 mm (max-travel limit adjustable), Z: 30 mm (travel limit adjustable) | 200X200 | 90X90 | X, Y: precision micrometer; Z: screw drive | Aluminum alloy, black anodized | 14.5KG | X, Y：0.01mm；Z：0.01mm | ≦0.05 | 10 | OMLA22B & OMLA21B combination adapter plates, OMZS40N vertical manual lift stage, OMYE200Z 2-axis hollow manual translation stage, HPBC04503 aluminum optical breadboard |"
        },
        {
            "id": 43159,
            "name": "3-Axis Motorized Adjustment Stage OMDDH03 Series",
            "url": "https://www.fiberalignment.com/product/3-axis-motorized-adjustment-stage-omddh03-series/",
            "description": "The OMDDH03 3-axis motorized adjustment stage is built by freely combining three of four motorized adjustment stages: a linear stage, an arc swing stage.",
            "categories": [
                "Multi-Axis Motorized Adjustment Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMDDH03 3-axis motorized adjustment stage is built by freely combining three of four motorized adjustment stages: a linear stage, an arc swing stage, a vertical lift stage and a rotation stage. All stages use guides with higher strength, greater load capacity and better durability; combined with the company's unique precision grinding and special assembly processes, they effectively ensure straightness and flatness indicators. The series is compact with a reasonable layout and a fine overall appearance, reaching a leading domestic precision level, and is widely used in various special working conditions. Mounting holes on the base allow direct screw-fixing to optical breadboards and platforms.\n\nProduct Features\n\nCompact structure and reasonable layout, widely used in various special working conditions.; Uses guides with higher strength, greater load capacity and better durability.; Combined with the company's unique precision grinding and special assembly processes to ensure straightness and flatness.; Built-in sensors (positive/negative limit and zero) ensure safety and convenient positioning, with a high-flexible modular cable for easier maintenance.; Rich variety of travels and sizes with standard mounting holes.; Standard stepper motors fitted with handwheels for convenient manual adjustment.\n\nTechnical Specifications\n\nModel | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | θZ-Axis Module Model | θZ-Axis Angle | \nOMDDH03CA | EPSA300 | 300mm | EPSA300 | 300mm | OMZT100A | 360° | \n\nModel | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | Z-Axis Module Model | Z-Axis Travel | \nOMDDH03CB | EPSA300 | 300mm | EPSA300 | 300mm | ELPC10 | 10mm | \nOMDDH03CC | EPSA300 | 300mm | EPSA300 | 300mm | OMDA60 | 60mm | \n\nModel | X-Axis Module Model | X-Axis Travel | θX-Axis Module Model | θX-Axis Angle | θZ-Axis Module Model | θZ-Axis Angle | \nOMDDH03CD | EPSA100 | 100mm | EAPB45 | ±45° | OMZT60A | 360° |"
        },
        {
            "id": 43277,
            "name": "3-Axis Tilt Platform OMXC114C",
            "url": "https://www.fiberalignment.com/product/3-axis-tilt-platform-omxc114c/",
            "description": "The OMXC114C 3-axis tilt platform provides tilt and rotation adjustment to align optical components.",
            "categories": [
                "Manual Tilt Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMXC114C 3-axis tilt platform provides tilt and rotation adjustment to align optical components. It has kinematic features with hardened, polished steel ball pivots and spring-preloaded ball-tip adjusters acting on a hardened steel base. It provides full three-axis angular positioning freedom, using micrometer heads for tilt and rotation adjustment so components can be oriented parallel to any plane. Combined with an XYZ translation stage it provides six degrees of freedom for complete positioning.\n\nProduct Features\n\nMaterial: 6061-T6 aluminum alloy.; Provides tilt and rotation adjustment for aligning optical components.; Kinematic design with hardened, polished steel ball pivots.; Full three-axis angular positioning freedom.; Micrometer tilt and rotation adjustment.; Combined with an XYZ stage, provides six degrees of freedom.\n\nTechnical Specifications\n\nModel | Tilt Angle Range | Pitch Angle Range | Rotation Angle Range | Sensitivity | Load | \nOMXC114C | ±4° | ±4° | ±4° | 20” | 20N |"
        },
        {
            "id": 43161,
            "name": "4-Axis Motorized Adjustment Stage OMDDH04 Series",
            "url": "https://www.fiberalignment.com/product/4-axis-motorized-adjustment-stage-omddh04-series/",
            "description": "The OMDDH04 4-axis motorized adjustment stage is built by freely combining four motorized adjustment stages: a linear stage, an arc swing stage.",
            "categories": [
                "Multi-Axis Motorized Adjustment Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMDDH04 4-axis motorized adjustment stage is built by freely combining four motorized adjustment stages: a linear stage, an arc swing stage, a vertical lift stage and a rotation stage. All stages use guides with higher strength, greater load capacity and better durability; combined with the company's unique precision grinding and special assembly processes, they effectively ensure straightness and flatness indicators. The series is compact with a reasonable layout and a fine overall appearance, and is widely used in various special working conditions. Mounting holes on the base allow direct screw-fixing to optical breadboards and platforms.\n\nProduct Features\n\nCompact structure and reasonable layout, widely used in various special working conditions.; Uses guides with higher strength, greater load capacity and better durability.; Combined with the company's unique precision grinding and special assembly processes to ensure straightness and flatness.; Built-in sensors (positive/negative limit and zero) ensure safety and convenient positioning, with a high-flexible modular cable for easier maintenance.; Rich variety of travels and sizes with standard mounting holes.; Standard stepper motors fitted with handwheels for convenient manual adjustment.\n\nTechnical Specifications\n\nModel | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | Z-Axis Module Model | Z-Axis Travel | θX-Axis Module Model | θX-Axis Angle | \nOMDDH04AA | EPSA400 | 400mm | EPSA400 | 400mm | EPSA400 | 400mm | OMZT100A | 360° | \n\nModel | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | Z-Axis Module Model | Z-Axis Travel | θZ-Axis Module Model | θZ-Axis Angle | \nOMDDH04AB | EPSA400 | 400mm | EPSA400 | 400mm | EPSA400 | 400mm | OMZT100A | 360° | \nOMDDH04AC | EPSA400 | 400mm | EPSA400 | 400mm | EPSA400 | 400mm | EAPB45 | ±45° | \nOMDDH04BA | EPSA300 | 300mm | EPSA300 | 300mm | OMDA60 | 60mm | OMZT60A | 360° | \n\nModel | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | θY-Axis Module Model | θY-Axis Angle | θZ-Axis Module Model | θZ-Axis Angle | \nOMDDH04BB | EPSA200 | 200mm | EPSA100 | 100mm | EAPB45 | ±45° | OMZT60A | 360° |"
        },
        {
            "id": 43247,
            "name": "5-Axis Fiber-Optic Translation Stage HFM-XYZT Series",
            "url": "https://www.fiberalignment.com/product/5-axis-fiber-optic-translation-stage-hfm-xyzt-series/",
            "description": "The HFM-XYZTL 5-axis fiber-optic stage is a convenient left-hand unit combining the OMYE62D integral manual translation stage and the HFA-TR 2-axis fiber.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe HFM-XYZTL 5-axis fiber-optic stage is a convenient left-hand unit combining the OMYE62D integral manual translation stage and the HFA-TR 2-axis fiber tilt stage, providing X, Y, Z translation and Y, Z tilt adjustment. The OMYE62D integral manual translation stage uses micrometer drive and precision cross-roller guides with an aluminum-alloy body for strong load capacity and high sensitivity. The HFA-TR 2-axis fiber tilt stage uses precision 100 TPI adjustment screws and an all-stainless-steel body with high rigidity.\n\nProduct Features\n\nMaterial: 6061-T6 aluminum alloy and 304 stainless steel.; Combines OMYE62D integral manual translation stage and HFA-TR 2-axis fiber tilt stage.; Provides X, Y, Z translation and Y, Z tilt adjustment.; Micrometer drive and precision cross-roller guides for high sensitivity.; Precision 100 TPI adjustment screws for tilt.; Strong load capacity and high stability.\n\nTechnical Specifications\n\nModel | Displacement Axis | Displacement Axis Travel | Displacement Axis Drive Type | Tilt Axis | Tilt Axis Adjustment | Load | Micrometer Minimum Reading | \nHFM-XYZTL | X,Y,Z | 13mm | Micrometer | θY, θZ | ±5° | 2kg | 0.01mm | \nHFM-XYZTR | X,Y,Z | 13mm | Micrometer | θY, θZ | ±5° | 2kg | 0.01mm |"
        },
        {
            "id": 43225,
            "name": "5-Axis High-Stability Fiber-Optic Translation Stage HFA-XYZT Series",
            "url": "https://www.fiberalignment.com/product/5-axis-high-stability-fiber-optic-translation-stage-hfa-xyzt-series/",
            "description": "The HFA fiber-optic platform has a stainless-steel structure for excellent long-term stability.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe HFA fiber-optic platform has a stainless-steel structure for excellent long-term stability. Cross-roller guides and precision-machined guide reference surfaces provide a very straight 12 mm linear travel on the X and Y axes, with angular deviation about any axis better than 150 µrad; the Z axis provides 6 mm of travel. The HFA stages are designed specifically for precise fiber alignment. Top-mounted guides allow firm connection of fiber fixtures. High-performance stages offer up to six degrees of freedom, providing an excellent fiber alignment solution.\n\nProduct Features\n\nStandard micrometer drive with optional differential micrometer.; Stainless steel for high stability and good corrosion resistance.; Ultra-precision cross-roller guides with key indicators such as sensitivity and flatness reaching an advanced level.\n\nTechnical Specifications\n\nModel | X-Axis Adjustment | Y-Axis Adjustment | Z-Axis Adjustment | Micrometer Minimum Reading | Tilt about Y-Axis | Tilt about Z-Axis | Optical Path Center Height | Yaw | Max Center Load | \nHFA-XYZTL (left hand) / HFA-XYZTR (right hand) | 12mm | 12mm | 6mm | 0.01mm | ±5° | ±5° | 78.1mm | <150μrad | 2.3kg |"
        },
        {
            "id": 43215,
            "name": "5-Axis Manual Goniometer Stage OMSDH05AA",
            "url": "https://www.fiberalignment.com/product/5-axis-manual-goniometer-stage-omsdh05aa/",
            "description": "The OMSDH05AA 5-axis manual adjustment stage is built by freely combining five of four manual adjustment stages: a linear stage, an arc swing stage.",
            "categories": [
                "Manual Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMSDH05AA 5-axis manual adjustment stage is built by freely combining five of four manual adjustment stages: a linear stage, an arc swing stage, a vertical lift stage and a rotation stage. It is a ultra-high-precision manual 5-axis combination stage with multiple specifications for different scenarios. The main body uses aluminum alloy with an anodized surface for relatively high strength, good wear resistance and a fine appearance. The Z/Y/Z axes use cross-roller guides with precision micrometer drive for strong load capacity and good durability.\n\nProduct Features\n\nCompact structure and reasonable layout, suitable for applications requiring high manual angular adjustment.; Cross-roller guides for higher strength, greater load capacity and better durability.; With the company's unique precision grinding and special assembly processes it ensures straightness and flatness.; Rich variety of travels and sizes with standard mounting holes.; Precision micrometer drive for convenient manual adjustment and high sensitivity.\n\nTechnical Specifications\n\nTabletop Size (mm) | 205×205 | \nMaterial | 6061-T6 Aluminum Alloy | \nOverall Height (mm) | 217 | \nClamping Diameter (mm) | Ø25~Ø350 | \nAdjustment Range | X Translation (mm) | ±12.5 | \nY Translation (mm) | ±12.5 | \nZ Translation (mm) | 10 | \nRotation Stage (°) | ±5° | \nPitch / Yaw (°) | ±4° | \nMinimum Reading | X Translation (mm) | 0.01 | \nY Translation (mm) | 0.01 | \nZ Translation (mm) | 0.01 | \nRotation Stage (°) | 0.1 | \nPitch / Yaw (°) | 0.1 | \nLoad (kg) | 10 | \nWeight (kg) | 25.5 |"
        },
        {
            "id": 43163,
            "name": "5-Axis Motorized Adjustment Stage OMDDH05 Series",
            "url": "https://www.fiberalignment.com/product/5-axis-motorized-adjustment-stage-omddh05-series/",
            "description": "The OMDDH05 5-axis motorized adjustment stage is built by freely combining five motorized adjustment stages from a linear stage, an arc swing stage.",
            "categories": [
                "Multi-Axis Motorized Adjustment Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMDDH05 5-axis motorized adjustment stage is built by freely combining five motorized adjustment stages from a linear stage, an arc swing stage, a vertical lift stage and a rotation stage. All stages use guides with higher strength, greater load capacity and better durability; combined with the company's unique precision grinding and special assembly processes, they effectively ensure straightness and flatness indicators. The series is compact with a reasonable layout and a fine overall appearance, and is widely used in various special working conditions.\n\nProduct Features\n\nCompact structure and reasonable layout, widely used in various special working conditions.; Uses guides with higher strength, greater load capacity and better durability.; Combined with the company's unique precision grinding and special assembly processes to ensure straightness and flatness.; Built-in sensors (positive/negative limit and zero) ensure safety and convenient positioning, with a high-flexible modular cable for easier maintenance.; Rich variety of travels and sizes with standard mounting holes.; Standard stepper motors fitted with handwheels for convenient manual adjustment.\n\nTechnical Specifications\n\nModel | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | Z-Axis Module Model | Z-Axis Travel | θX-Axis Module Model | θX-Axis Angle | θZ-Axis Module Model | θZ-Axis Angle | \nOMDDH05AA | EPSA400 | 400mm | EPSA400 | 400mm | EPSA400 | 400mm | OMZT100A | ±180° | EAPB45 | ±45° | \n\nModel | θZ-Axis Module Model | θZ-Axis Angle | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | Z-Axis Module Model | Z-Axis Travel | θX-Axis Module Model | θX-Axis Angle | \nOMDDH05AB | OMZT300A | ±180° | EPSA400 | 400mm | EPSA400 | 400mm | EPSA400 | 400mm | OMZT100A | 360° | \n\nModel | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | θZ-Axis Module Model | θZ-Axis Angle | θX-Axis Module Model | θX-Axis Angle | θY-Axis Module Model | θY-Axis Angle | \nOMDDH05AC | EPSA200 | 200mm | EPSA100 | 100mm | OMZT100A | ±180° | EAPB45 | ±45° | EAPB45 | ±45° |"
        },
        {
            "id": 43227,
            "name": "6-Axis High-Stability Fiber-Optic Translation Stage HFA-XYZR Series",
            "url": "https://www.fiberalignment.com/product/6-axis-high-stability-fiber-optic-translation-stage-hfa-xyzr-series/",
            "description": "The HFA-XYZR 6-axis fiber-optic stage is a dedicated fiber platform developed from the company's long experience and widely used in fiber alignment.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe HFA-XYZR 6-axis fiber-optic stage is a dedicated fiber platform developed from the company's long experience and widely used in fiber alignment. It uses precision cross guides and an all-stainless-steel body with high overall rigidity that effectively avoids vibration interference and maintains high stability during use. Cross-roller guides and precision-machined guide reference surfaces provide a very straight 12 mm linear travel on the X and Y axes, with angular deviation about any axis better than 150 µrad; the Z axis provides 6 mm of travel. The HFA-XYZR stages are designed specifically for precise fiber alignment.\n\nProduct Features\n\nMaterial: stainless steel.; Precision cross guides and all-stainless-steel body for high rigidity and vibration immunity.; Very straight 12 mm linear travel in X and Y with angular deviation better than 150 µrad about any axis.; Z-axis travel of 6 mm.; Designed specifically for precise fiber alignment.; Multi-degree-of-freedom adjustment for excellent fiber alignment.\n\nTechnical Specifications\n\nModel | X-Axis Adjustment | Y-Axis Adjustment | Z-Axis Adjustment | Micrometer Minimum Reading | Tilt about X-Axis | Tilt about Y-Axis | Tilt about Z-Axis | Yaw | Optical Path Center Height | Load Capacity | \nHFA-XYZRL (left hand) / HFA-XYZRR (right hand) | 12mm | 12mm | 6mm | 0.01mm | ±10° | ±5° | ±5° | <150μrad | 98mm | 2.3kg |"
        },
        {
            "id": 43063,
            "name": "6-Axis Manual Coupling System",
            "url": "https://www.fiberalignment.com/product/6-axis-manual-coupling-system/",
            "description": "Uses a single-side high-precision 6-axis manual stage. For MUX devices, a light source with a high-speed optical switch and an optical power meter.",
            "categories": [
                "6-Axis Manual Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nUses a single-side high-precision 6-axis manual stage. For MUX devices, a light source with a high-speed optical switch and an optical power meter are used; for DEMUX devices, a large-area PD probe is used. A laser irradiation unit allows preliminary two-axis parallel adjustment, and dual lenses allow end-face parallelism to be adjusted via image/video. The custom device fixture is stable and reliable. Its flat surface is free from refraction limitations, and the small size is insensitive to mechanical vibration and temperature change. Fixtures can be switched easily between edge coupling and vertical coupling.\n\nProduct Features\n\nSingle-side high-precision 6-axis manual stage.; For MUX devices: light source with high-speed optical switch and optical power meter.; For DEMUX devices: large-area PD probe.; Laser irradiation unit for preliminary two-axis parallel adjustment.; Dual lenses allow end-face parallelism adjustment via image/video.; Custom device fixture, stable and reliable, insensitive to vibration and temperature change.; Simple fixture switching between edge coupling and vertical coupling.; Compact layout leaves space for additional probe stations to power and bias the active parts of the chip.\n\n "
        },
        {
            "id": 43229,
            "name": "6-Axis Manual Fiber Alignment Mount HFS-XYZR Series",
            "url": "https://www.fiberalignment.com/product/6-axis-manual-fiber-alignment-mount-hfs-xyzr-series/",
            "description": "The HFS-XYZR 6-axis manual fiber alignment mount offers high precision and high cost-effectiveness.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe HFS-XYZR 6-axis manual fiber alignment mount offers high precision and high cost-effectiveness. The main body uses hard aluminum alloy with a black anodized finish for good wear resistance and a fine appearance. World-class high-precision guides and excellent high-precision micrometers bring the mount's precision to the industry's top level, achieving a one-turn-in-place adjustment without further repetition. It is ideal for alignment and coupling of single- or multi-core devices such as fibers, fiber arrays and optical waveguides, combining a high-precision, high-stability linear adjustment mount (XYZ) and a tilt mount (ΘX ΘY) with an arc goniometer (ΘZ).\n\nProduct Features\n\nHard aluminum-alloy main body with a black anodized finish for good wear resistance and a fine appearance.; Guide mounting surfaces precision-machined for high motion accuracy.; Fast alignment with higher precision, repeatability and stability than comparable equipment.; Simple operation — all working steps are completed on one platform.; Modular system construction for easy maintenance.\n\nTechnical Specifications\n\nModel | HFS-XYZRL | HFS-XYZRR | \nMechanical Specifications | Tabletop Diameter (mm) | 40X60 | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nDrive Direction | Left | Right | \nWeight (kg) | 2.58 | 2.58 | \nAccuracy Specifications | X-Axis (Linear) | Travel (mm) | Coarse: ±6.5 / Fine: ±0.3 | \nMinimum Reading (μm) | Coarse: 10 / Fine: ±0.5 | \nY-Axis (Linear) | Travel (mm) | Coarse: ±6.5 / Fine: ±0.3 | \nMinimum Reading (μm) | Coarse: 10 / Fine: ±0.5 | \nZ-Axis (Linear) | Travel (mm) | Coarse: ±6.5 / Fine: ±0.3 | \nMinimum Reading (μm) | Coarse: 10 / Fine: ±0.5 | \nΘX (Tilt) | Travel (°) | ±2.5 | \nMinimum Reading (°) | 29” | \nΘY (Tilt) | Travel (°) | ±2.5 | \nMinimum Reading (°) | 29” | \nΘZ (Angle) | Travel (°) | ±4 | \nMinimum Reading (°) | 29” | \nLoad (kg) | 4 |"
        },
        {
            "id": 43257,
            "name": "Adapter Plate OMLA Series",
            "url": "https://www.fiberalignment.com/product/adapter-plate-omla-series/",
            "description": "OMTOOLS adapter plates are suitable for manual stages, lift stages and similar products, and are commonly used for connection to standard-hole-pitch.",
            "categories": [
                "Manual Stage Adapter Plates"
            ],
            "specifications_and_description": "Product Introduction\n\nOMTOOLS adapter plates are suitable for manual stages, lift stages and similar products, and are commonly used for connection to standard-hole-pitch optical platforms.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Precision-machined, black-anodized high-strength aluminum alloy.; Minimizes impact on the optical system by reducing surface reflection.; Provides connection between Hongxingyang standard manual products and optical platforms.\n\nTechnical Specifications\n\nModel | Body Material | Compatible Manual Products | Body Dimensions | Surface Finish | \nOMLA01 | 6061-T4 Aluminum Alloy | SPYD40SPYD60 OMHB40OMHB60 | 65x100x10mm | Black Anodized | \nOMLA02 | 6061-T4 Aluminum Alloy | SPYD80 | 80x125x10mm | Black Anodized | \nOMLA03 | 6061-T4 Aluminum Alloy | SPYD100 | 100x150x10mm | Black Anodized | \nOMLA04 | 6061-T4 Aluminum Alloy | SPYD125 | 125x175x10mm | Black Anodized | \nOMLA05 | 6061-T4 Aluminum Alloy | OMHB125ABC | 125x175x10mm | Black Anodized | \nOMLA06 | 6061-T4 Aluminum Alloy | SPYC25 Series | 60x65x10mm | Black Anodized | \nOMLA07 | 6061-T4 Aluminum Alloy | SPYC4040SPYC4060SPYC4090 SPYC40-L100SPYC40-150 | 65x120x10mm | Black Anodized | \nOMLA08 | 6061-T4 Aluminum Alloy | SPYC40-L200SPYC40-250 SPYC40-300 | 65x220x10mm | Black Anodized | \nOMLA11 | 6061-T4 Aluminum Alloy | OMHRF32 OMFG06HFA-RHFS-XYZRLHFS-XYZRR | 42x60x10.3mm | Black Anodized |"
        },
        {
            "id": 43165,
            "name": "Adapter Plate OMLB Series",
            "url": "https://www.fiberalignment.com/product/adapter-plate-omlb-series/",
            "description": "OMTOOLS adapter plates are suitable for motorized stages, lift stages and similar products, and are commonly used for connection to standard-hole-pitch.",
            "categories": [
                "Motorized Stage Adapter Plates"
            ],
            "specifications_and_description": "Product Introduction\n\nOMTOOLS adapter plates are suitable for motorized stages, lift stages and similar products, and are commonly used for connection to standard-hole-pitch optical platforms.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Precision-machined, black-anodized high-strength aluminum alloy.; Minimizes impact on the optical system by reducing surface reflection.; Provides connection between standard Hongxingyang motorized products and optical platforms.\n\nTechnical Specifications\n\nModel | Body Material | Compatible Motorized Products | Body Dimensions | Surface Finish | \nOMLB01 | 6061T4 | ELPC5N, ELPC8 | 65x90x10mm | Black Anodized | \nOMLB02 | 6061T4 | OMSC40-B, OMSC60-B, OMSC8050B, OMSC10050B, OMSC12580B | 150x190x10mm | Black Anodized | \nOMLB03 | 6061T4 | OMXB160CL, OMXB160CR | 200x240x10mm | Black Anodized | \nOMLB04 | 6061T4 | OMDA60 | 92x117x10mm | Black Anodized | \nOMLB05 | 6061T4 | OMSC40-B, OMSC60-B | 90x90x10mm | Black Anodized | \nOMLB06 | 6061T4 | OMSC40-B, OMSC60-B | 90x110x8mm | Black Anodized | \nOMLB07 | 6061T4 | OMSC6020B , OMSC6050B, OMSC60100B | 60x110x8mm | Black Anodized | \nOMLB08 | 6061T4 | OMSC40-B, OMSC60-B, OMSC8050B, OMSC10050B, OMSC12580B | 125x170x9mm | Black Anodized | \nOMLB12 | 6061T4 | EPSA50, EPSB50 | 124x173x10mm | Black Anodized |"
        },
        {
            "id": 42963,
            "name": "Air floating platform",
            "url": "https://www.fiberalignment.com/product/air-floating-platform/",
            "description": "Repetitive positioning accuracy: ± 0.05mm automatic inflation, automatic balancing, short response time, fast balancing speed Exhaust volume: 20L/min.",
            "categories": [
                "Optical Platforms"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe air floating vibration isolation optical platform adopts a semi diaphragm air spring with good vibration isolation performance, and the natural frequency is usually less than 1.5Hz~2Hz. It is a cost-effective research grade air floating vibration isolation optical platform. Widely used in fields such as optics, electronics, precision machinery manufacturing, metallurgy, aerospace, aviation, navigation, precision chemical engineering, and non-destructive testing, as well as in precision testing instruments and key devices for vibration isolation in other mechanical industries.\r\nProduct Features\n\r\nRepetitive positioning accuracy: ± 0.05mm automatic inflation, automatic balancing, short response time, fast balancing speed Exhaust volume: 20L/min; Exhaust pressure: 0.7Mpa; Voltage frequency: 220v50Hz; Operating noise: 40dB three-layer sandwich honeycomb structure, welding process, high strength, internal anti rust paint, surface sprayed with black plastic treatment, equipped with four support air floating brackets to support customized sizes.\r\n\n "
        },
        {
            "id": 42902,
            "name": "Automatic lens collimation equipment",
            "url": "https://www.fiberalignment.com/product/automatic-lens-collimation-equipment/",
            "description": "Support alignment of single-sided and double-sided laser machine array lenses; Multi dimensional precision linear motor, with fast displacement and high.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe automatic lens collimation equipment is a self-developed automatic collimation packaging equipment based on laser radar devices by Wuhan Laile Optoelectronics Technology Co., Ltd. The device can achieve automatic alignment of laser arrays and cylindrical lenses, suitable for alignment of single-sided and double-sided laser arrays and lenses.\r\nProduct Features\n\r\nSupport alignment of single-sided and double-sided laser machine array lenses; Multi dimensional precision linear motor, with fast displacement and high collimation accuracy; One click automatic collimation, high collimation efficiency; The data statistics report can be exported for easy data management."
        },
        {
            "id": 42919,
            "name": "AWG DEMUX Electric Coupling System",
            "url": "https://www.fiberalignment.com/product/awg-demux-electric-coupling-system/",
            "description": "Can achieve fast automatic coupling; High precision motion motor with high coupling accuracy; High precision sensor, automatic dispensing and curing.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe AWG DEMUX electric coupling system is an automatic coupling device independently developed and launched for Demux components. It can achieve automatic coupling alignment between FA and AWG chips, automatic dispensing, and automatic UV curing, which can assist enterprises in improving product quality and reducing production costs.\r\nProduct Features\n\r\nCan achieve fast automatic coupling; High precision motion motor with high coupling accuracy; High precision sensor, automatic dispensing and curing, automatic precise control of adhesive layer thickness; Automatically test and display the insertion loss values of 4 channels and produce data reports."
        },
        {
            "id": 43035,
            "name": "BOSA Coupling System",
            "url": "https://www.fiberalignment.com/product/bosa-coupling-system/",
            "description": "The BOSA coupling system uses a modular architecture: the modular concept provides ample room for system modification and upgrade.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe BOSA coupling system uses a modular architecture: the modular concept provides ample room for system modification and upgrade. Independent module distribution keeps the alignment/coupling system, laser welding system, optical feedback system and optical drive system relatively independent, making switching between different device packaging processes flexible and convenient. The system is built on an optical platform base for good stability against external interference, and the independence of the components makes installation fast. Automatic alignment with reliable search capability quickly and stably finds the maximum optical power, unlike manual alignment whose uncertainty depends heavily on operator skill.\n\nProduct Features\n\nReal-time online optical power monitoring.; Diverse fixtures adaptable to various devices.; Software suitable for many device types.; Modular architecture.; Customizable according to user requirements.; Working pressure 0.3~0.7 MPa.\n\nTechnical Specifications\n\nStandard Operation Time per Station | 2-piece device < 50 s; pigtail device < 90 s |"
        },
        {
            "id": 42894,
            "name": "Butterfly laser automatic coupling system",
            "url": "https://www.fiberalignment.com/product/butterfly-laser-automatic-coupling-system/",
            "description": "The butterfly laser automatic coupling system is an automatic coupling device based on butterfly-packaged devices.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe butterfly laser automatic coupling system is an automatic coupling device based on butterfly-packaged devices. It is suitable for coupling and packaging scenarios in which the fiber is inserted into the butterfly package housing, solving the difficulties of accurate fiber insertion, flexible clamping and efficient coupling packaging, and is compatible with adhesive, glass solder, laser welding and other packaging processes.\n\nProduct Features\n\nMulti-dimensional precision linear motors for fast displacement and high precision.\n\nOne-button automatic coupling with high efficiency.\n\nEditable coupling flow; one machine supports multiple coupling processes.\n\nData statistics and reports; can connect to MES systems.\n\nApplication\n\nAutomatic coupling of butterfly-packaged devices and fibers.\n\nTechnical Parameters\n\nMotorized linear axes | Vision system | Peripheral equipment | Coupling software | \nX: travel 100 mm, resolution 0.02 μm, repeat ±0.1 μm; Y: travel 50 mm, adjustment accuracy 0.02 μm, repeat ±0.1 μm; Z: travel 50 mm, adjustment accuracy 0.02 μm, repeat ±0.1 μm | Dual vision, 4000 W color CCD, lens optical magnification 0.58X–7.5X | Laser diode controller, UV light source, industrial PC, multi-axis motion controller, power meter, TEC temperature controller, etc. | Laser automatic coupling, editable flow, data logging, report output | \n\nPerformance Index\n\nEquipment dimensions | System power supply | Peak power | Power acquisition range | Coupling repeatability | Coupling time | \n1160 × 1100 × 1950 mm | AC220V/50Hz | 1000 W | 20 pW ~ 2000 mW | < 0.1 dB | < 20 s | \n\nInterface Display\nOperating interface - view 1Operating interface - view 2"
        },
        {
            "id": 43006,
            "name": "CHIP TEST chip testing system",
            "url": "https://www.fiberalignment.com/product/chip-test-chip-testing-system/",
            "description": "High precision motion control and image recognition system, capable of automatically identifying pad points and automatically lowering probes; Using Tray.",
            "categories": [
                "Chip Testing Systems"
            ],
            "specifications_and_description": "Product Introduction\nThe chip testing system is a testing platform independently developed by Wuhan Laile Optoelectronics Technology Co., Ltd. It is mainly used to achieve CHIP testing, and can integrate spectral measurement, output LIV, spectral data, divergence angle data, etc. The equipment is widely used in mass production testing of DFB, EML and SOA.\nProduct Features\nHigh precision motion control and image recognition system, capable of automatically identifying pad points and automatically lowering probes; Using Tray tray for automatic loading and unloading, and automatically recognizing Carrier QR code, automatically recording and tracking product information; Dual station independent temperature control, good temperature stability, high testing efficiency; Ith/SE/Rs and other algorithms are optional, with flexible configuration and wide adaptability.\n \n "
        },
        {
            "id": 42817,
            "name": "Chip-level Coupling System FA-CSC Series",
            "url": "https://www.fiberalignment.com/product/planar-waveguide-coupling-system-fa-wgc-series-copy/",
            "description": "Form.ai's chip-level coupling systems are now standardized in two models, suitable for COB and microlens coupling.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Project Description\n \n Form.ai's chip-level coupling systems are now standardized in two models, suitable for COB and microlens coupling, respectively. \n Technical Specifications\n \n FA-CSC401 | FA-CSC402 | \nLeft Adjustment Stage | 6-axis | 6-axis | \nRight Adjustment Stage | - | - | \nMiddle Carrier Stage | Fixed Base + Butterfly Groove | Fixed Base + PCBA Groove | \nFixture Configuration | Eagle Beak Lens Clamp / Vacuum Nozzle | Parallel Gripper | \nVisual Observation | 2 Channels | 2 | \nVisual Measurement | - | 1 | \nUV Curing Equipment | Optional | Optional | \nDispensing Equipment | Optional | Optional | \nLight Inspection Equipment | Spot Analysis | - | \n\n  | FA-CSC401 | FA-CSC402 | \nLeft Adjustment Stage | X Axis | Travel (mm) | 20 | 20 | \nResolution (μm) | 0.1 | 0.1 | \nY Axis | Travel (mm) | 20 | 20 | \nResolution (μm) | 0.1 | 0.1 | \nZ Axis | Travel (mm) | 30 | 30 | \nResolution (μm) | 0.1 | 0.1 | \nθX Axis | Travel (°) | ±5 | ±5 | \nResolution (°) | 0.003 | 0.003 | \nθY Axis | Travel (°) | ±5 | ±5 | \nResolution (°) | 0.003 | 0.003 | \nθZ Axis | Travel (°) | ±5 | ±5 | \nResolution (°) | 0.003 | 0.003 | \nVisual Inspection Accuracy | X Axis | Resolution (μm) | - | 0.3 | \nRepeat Inspection Accuracy (μm) | - | 1 | \nY Axis | Resolution (μm) | - | 0.3 | \nRepeat Inspection Accuracy (μm) | - | 1 | \nZ Axis | Resolution (μm) | - | 0.3 | \nRepeat Inspection Accuracy (μm) | - | 1 | \nVisual Observation | Working Distance (mm) | 86 | 86 | \nField of View (mm×mm) | 0.9×0.7~8×6 | 0.9×0.7~8×6 | \nMagnification | 0.6~5.0 | 0.6~5.0 | \nUV Curing Equipment | Wavelength Range (nm) | 365~405 | 365~405 | \nPeak Irradiation Intensity (mw/cm2) | 400~3200 | 400~3200 | \nPower Adjustment Range | 0~100% | 0~100% | \nControl Mode | IO Control | IO Control | \nDispensing Equipment | Dispensing Time (s) | 0.001~9.999 | 0.001~9.999 | \nAccuracy | ±0.5% | ±0.5% | \nMinimum Drop Volume (ml) | 0.01 | 0.01 | \nBasic Specifications | Power Supply (V) | AC220 | AC220 | \nDimension (m×m×m) | 0.8×0.6×1.5 | 0.8×0.6×1.5 | \nWeight (kg) | 170 | 170 |"
        },
        {
            "id": 42871,
            "name": "COB automatic coupling system",
            "url": "https://www.fiberalignment.com/product/cob-automatic-coupling-system/",
            "description": "The COB automatic coupling system is a one-button-operation COB coupling device independently developed by our company, featuring convenient pneumatic.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe COB automatic coupling system is a one-button-operation COB coupling device independently developed by our company, featuring convenient pneumatic gripper loading and visual deviation correction. It is suitable for active COB products at the multimode 850 nm wavelength, such as 400G/800G SR4 optical modules. It automatically recognizes PCB position and angle, automatically levels and automatically couples with a coupling time < 120 s, and also provides automatic dispensing and UV curing. It is easy to operate with high automation and good consistency.\n\nProduct Features\n\nFast coupling of 850 nm BiDi optical modules, coupling time 120 s.\n\nUses imported high-precision stages with repeat positioning accuracy < 0.5 μm.\n\nAutomatically recognizes PCB position and angle and auto-levels.\n\nAutomatic dispensing and UV curing.\n\nApplication\n\nCOB 400G/800G SR4 optical modules.\n\nTechnical Parameters\n\nMotorized linear axes | Motorized angular axes | Vision system | Peripheral equipment | Coupling software | \nX: travel 30 mm, resolution 0.1 μm, repeat ±0.5 μm; Y/Z: travel 20 mm, resolution 0.05 μm, repeat ±0.2 μm | θX: travel ±5.5°, resolution 0.004°, repeat ±0.003°; θY: travel ±8°, resolution 0.002°, repeat ±0.005° | Dual vision, 4000 W color CCD, fixed-magnification lens 0.5X | Multi-axis motion controller, light source, power supply, power meter, industrial PC, etc. | Automatic coupling, data logging, report output | \n\nPerformance Index\n\nEquipment dimensions | System power supply | Peak power | Power acquisition range | Coupling repeatability | Coupling time | Acquisition parameters | \n1160 × 1100 × 1950 mm | AC220V/50Hz | 1200 W | -70 ~ 10 dBm | ±0.15 dB | < 120 s | Response current (PD side) / optical power (850 nm LD side) | \n\nInterface Display\nOperating interface - view 1Operating interface - view 2"
        },
        {
            "id": 43069,
            "name": "COB Fully Automatic Waveguide Coupling System",
            "url": "https://www.fiberalignment.com/product/cob-fully-automatic-waveguide-coupling-system/",
            "description": "Designed for PLC coupling and packaging, this fully automatic coupling system combines miniaturization, high speed, ease of operation and process.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nDesigned for PLC coupling and packaging, this fully automatic coupling system combines miniaturization, high speed, ease of operation and process automation. This new-generation fully automatic coupling system for planar lightwave circuit (PLC) splitter packaging is compact, precise, easy to operate and highly cost-effective. Its high-precision motion platform ensures high stability, repeatability, precision and long life, and works with the company's motor drive and intelligent motion control system, with translational X, Y, Z and rotational pitch, yaw axes.\n\nProduct Features\n\nDesigned for PLC coupling and packaging.; Combines miniaturization, high speed, ease of operation and process automation.; Compact, precise, easy to operate and highly cost-effective.; High-precision motion platform for high stability, repeatability and long life.; Motor drive and intelligent motion control system.; Translational X, Y, Z and rotational pitch, yaw axes.\n\nTechnical Specifications\n\nTime per Coupling Cycle | approx. 125 s | \n\nFree installation, calibration and commissioning; 2-day free training on PLC coupling and system operation."
        },
        {
            "id": 43021,
            "name": "COB Manual Optical Coupling System",
            "url": "https://www.fiberalignment.com/product/cob-manual-optical-coupling-system/",
            "description": "The COB manual optical coupling system is suitable for active-mode manual COB coupling. Its unique design lets users operate the micrometer heads on all.",
            "categories": [
                "Manual Waveguide Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe COB manual optical coupling system is suitable for active-mode manual COB coupling. Its unique design lets users operate the micrometer heads on all axes without moving their hands significantly, and it is specially optimized for COB and similar production. The patented fixture enables fast loading/unloading of workpieces, and the specially designed pneumatic dispensing and UV curing unit provides accurate positioning and fast action. (1) High-precision manual linear stage ensures adjustment accuracy. (2) Customized pneumatic fiber fixture for convenient, fast clamping. (3) Dedicated fiber pigtail clamping device ensures coupling stability. (4) Dual-lens observation for easy operation. (5) Three rotary stages.\n\nProduct Features\n\nHigh-precision manual linear stages ensure adjustment accuracy.; Customized pneumatic fiber fixture for convenient, fast clamping.; Dedicated fiber pigtail clamping device ensures coupling stability.; Dual-lens observation for easy operation.; Three rotary stages for multi-axis adjustment.; Pneumatic dispensing and UV curing unit for accurate positioning and fast action.; Specially optimized for COB and similar active coupling production.\n\n "
        },
        {
            "id": 42980,
            "name": "COC chip coupling testing system",
            "url": "https://www.fiberalignment.com/product/coc-chip-coupling-testing-system/",
            "description": "High precision motion control and image recognition system, capable of automatically identifying pad points and automatically lowering probes; Using Tray.",
            "categories": [
                "Chip Testing Systems"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe COC testing system is a testing platform independently developed by Wuhan Laile Optoelectronics Technology Co., Ltd. It is mainly used to achieve the coupling and testing of COC, and can integrate spectral measurement, output LIV, spectral data, divergence angle data, etc. The equipment is widely used for COC/COS mass production testing of DFB EML SOA.\r\nProduct Features\n\r\nHigh precision motion control and image recognition system, capable of automatically identifying pad points and automatically lowering probes; Using Tray tray for automatic loading and unloading, and automatically recognizing Carrier QR code, automatically recording and tracking product information; Dual station independent temperature control, good temperature stability, high testing efficiency; It/SE/Rs and other algorithms are optional, with flexible configuration and wide adaptability.\r\n\n "
        },
        {
            "id": 43261,
            "name": "Combination Adapter Plate",
            "url": "https://www.fiberalignment.com/product/combination-adapter-plate/",
            "description": "The OMTOOLS combination adapter plate (OMLA21B/OMLA22B) is used to mount standard manual products along a vertical axis, suitable for building multiple.",
            "categories": [
                "Manual Stage Adapter Plates"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMTOOLS combination adapter plate (OMLA21B/OMLA22B) is used to mount standard manual products along a vertical axis, suitable for building multiple standard manual products into XZ or XYZ configurations. When the OMSZ40N vertical manual lift stage is mounted vertically, it can be fixed with this adapter plate.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Precision-machined, black-anodized high-strength aluminum alloy.; Minimizes impact on the optical system by reducing surface reflection.; Supports standard manual products in XZ and XYZ configurations.; Used to mount standard manual products along a vertical axis.\n\nTechnical Specifications\n\nModel | Body Material | Compatible Manual Products | Body Dimensions | Surface Finish | \nOMLA21B | 6061-T4 Aluminum Alloy | OMSZ40N Vertical Manual Lift Stage | 194.5X150X80 | Black Anodized | \nOMLA22B | 6061-T4 Aluminum Alloy | OMYE200Z 2-Axis Hollow Manual Translation Stage | 110X125X86 | Black Anodized |"
        },
        {
            "id": 43167,
            "name": "Combination Adapter Plate OMLB-B Series",
            "url": "https://www.fiberalignment.com/product/combination-adapter-plate-omlb-b-series/",
            "description": "OMTOOLS combination adapter plates are suitable for motorized stages and similar products, and are commonly used to mount two stages perpendicular to each.",
            "categories": [
                "Motorized Stage Adapter Plates"
            ],
            "specifications_and_description": "Product Introduction\n\nOMTOOLS combination adapter plates are suitable for motorized stages and similar products, and are commonly used to mount two stages perpendicular to each other. An XY linear stage and a single-axis linear stage can be combined into an XYZ linear stage using a right-angle adapter plate; two single-axis linear stages can likewise be assembled into an XZ linear stage.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Precision-machined, black-anodized high-strength aluminum alloy.; Minimizes impact on the optical system by reducing surface reflection.; Provides XZ and XYZ configurations for OMTOOLS standard motorized products.\n\nTechnical Specifications\n\nModel | Body Material | Compatible Motorized Products | Body Dimensions | Surface Finish | \nOMLB01B | 6061-T4 Aluminum Alloy | EPSA50, EPSA100 | 75x124x230mm | Black Anodized | \nOMLB02B | 6061-T4 Aluminum Alloy | EPSA150, EPSA200 | 75x124x330mm | Black Anodized | \nOMLB03B | 6061-T4 Aluminum Alloy | EPSA300, EPSA400 | 120x160x500mm | Black Anodized |"
        },
        {
            "id": 43101,
            "name": "Compact High-Precision Motorized Stage OMSC40N Series",
            "url": "https://www.fiberalignment.com/product/compact-high-precision-motorized-stage-omsc40n-series/",
            "description": "The OMSC40N series is an upgraded version of the OMSC40 series. It uses a wide single guide rail for better rigidity and precision and improved stability.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMSC40N series is an upgraded version of the OMSC40 series. It uses a wide single guide rail for better rigidity and precision and improved stability, and a high-precision ground screw with a standard two-phase stepper motor for high micro-stepping capability and positioning accuracy.\n\nProduct Features\n\nGround small-lead ball screw with two-phase stepper motor for excellent micro-stepping capability.; Precision wide linear slide-guide ensures motion accuracy and stability.; Guide mounting surfaces precision-ground to ensure guide accuracy.; Three built-in sensors (positive/negative limit and zero) with a high-flexible modular cable for easier maintenance.; Unique assembly process requirements ensure product consistency.\n\nTechnical Specifications\n\nModel | OMSC4020N | OMSC4050N | OMSC40100N | \nMechanical Specifications | Travel (mm) | 20 | 50 | 100 | \nTabletop Size (mm) | 40x40 | 40x40 | 40x40 | \nGuide (Guiding Mechanism) | Precision Wide Slide | Precision Wide Slide | Precision Wide Slide | \nBody Material & Surface Finish | 6061T6 | 6061T6 | 6061T6 | \nHorizontal Load (kg) | 3 | 3 | 3 | \nWeight (kg) | 0.4 | 0.6 | 0.8 | \nAccuracy Specifications | Full-Step Resolution (μm) | 5 | 5 | 5 | \nOpen-Loop Resolution at 1/20 Micro-stepping (μm) | 0.25 | 0.25 | 0.25 | \nMax Speed (mm/s)* | 5 | 5 | 5 | \nUnidirectional Positioning Accuracy (μm) | 30 | 40 | 50 | \nRepeat Positioning Accuracy (μm) | ±10 | ±10 | ±10 | \nMotion Parallelism (μm) | 30 | 30 | 30 | \nStatic Parallelism (μm) | 50 | 50 | 50 | \nPitch (\") | 50 | 50 | 50 | \nYaw (\") | 50 | 50 | 50 | \nElectrical Specifications | Motor Brand | Shinano | \nMotor Specifications | 2-phase 28 stepper motor, step angle 1.8° | \nMotor Torque (N·m) | 0.0785 | \nOperating Current (A) | 1.3 | \nDriver Brand | Moons' | \nSlide Connector | Connector Port | \nSlide Connector Cable | High-Flex Cable | \nSensor | Built-in NPN-PCB-1L-2508 | \nOutput Control | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; |"
        },
        {
            "id": 42976,
            "name": "Conical lens fiber",
            "url": "https://www.fiberalignment.com/product/conical-lens-fiber/",
            "description": "Conical lens fiber is produced with Laile Optoelectronics' self-developed high-precision fiber grinding equipment: the fiber end face is ground into a.",
            "categories": [
                "Optical Fiber Components"
            ],
            "specifications_and_description": "Product Introduction\n\nConical lens fiber is produced with Laile Optoelectronics' self-developed high-precision fiber grinding equipment: the fiber end face is ground into a cone and then processed into an optical micro-spherical lens, increasing its light-collecting capability. Conical light greatly improves coupling efficiency and reduces loss.\n\nProduct Features\n\nHigh coupling efficiency.\n\nSpherical lens.\n\nLow fiber loss.\n\nGood consistency.\n\nApplication\n\nCoupling for DFB and SLD lasers whose output spot is nearly circular.\n\nTechnical Parameters\n\nFiber type | Angle | Radius of curvature | Fiber stripping size | \nSM / MM / PM Fiber, customizable | 50°–55° (STD), 70°–80° (STD), 110°–120° (STD); customizable (30°–120°) ±1° | 6–8 μm (STD); customizable (curvature radius ±0.5 μm) | Customizable (size ±0.5 mm) | \n\nCan be customized per customer requirements.\n\nInterface Display\nProduct detail views from the catalog.\nConical lens fiber - measured 2D beam profileConical lens fiber - measured 3D beam profileConical lens fiber - microscope imageConical lens fiber - geometry and dimensions"
        },
        {
            "id": 43209,
            "name": "Coupling-Type Manual Goniometer Stage OMPM Series",
            "url": "https://www.fiberalignment.com/product/coupling-type-manual-goniometer-stage-ompm-series/",
            "description": "The OMPM coupling-type manual goniometer stage is developed for small tabletops and repeated use.",
            "categories": [
                "Manual Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMPM coupling-type manual goniometer stage is developed for small tabletops and repeated use. The main body uses high-quality aluminum alloy with an arc V-shaped roller guide and worm-gear drive. The tabletop runs smoothly and reliably with high sensitivity and a self-locking function, suitable for applications requiring high manual angular adjustment. Various standard mounting holes on the tabletop suit different needs, and standard fixing holes underneath connect it to other slides for multi-axis assemblies.\n\nProduct Features\n\nPrecision-ground worm-gear transmission with small backlash, smooth motion and high sensitivity.; High-precision arc V-shaped roller guide with high strength, strong load capacity and good durability.; Standard mounting holes; can be used alone or combined with other products into multi-axis motion systems.\n\nTechnical Specifications\n\nModel | OMPM4040 | OMPM4060 | OMPM6050 | OMPM6075 | \nAngle Range (°) | ±10 | ±8 | ±10 | ±10 | \nTabletop Size (mm) | 40x40 | 40x40 | 60x60 | 60x60 | \nDesign Center Height (mm) | 40±0.2 | 60±0.2 | 50±0.2 | 75±0.2 | \nWorm Gear Ratio | 192:1 | 272:1 | 300:1 | 282:1 | \nWorm Wheel Material | Wear-Resistant Tin Bronze | \nGuide (Guiding Mechanism) | Arc V-Groove Roller Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nVernier Minimum Reading (°) | 1° | \nTravel per Knob Revolution (°) | ≈1.87 | ≈1.32 | 1.2 | ≈1.28 | \nWeight (kg) | 0.25 | 0.25 | 0.65 | 0.7 | \nHorizontal Load (kg) | 5 | 5 | \nVertical Load (kg) | 3 | 3 |"
        },
        {
            "id": 43201,
            "name": "Cross-Roller-Guide Manual Lift Stage OMHB Series",
            "url": "https://www.fiberalignment.com/product/cross-roller-guide-manual-lift-stage-omhb-series/",
            "description": "The OMHB cross-roller-guide manual lift stage is a high-precision manual stage. The main body uses high-strength aluminum alloy with a black anodized.",
            "categories": [
                "Manual Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMHB cross-roller-guide manual lift stage is a high-precision manual stage. The main body uses high-strength aluminum alloy with a black anodized finish, and a cross-roller guide displacement structure driven by a micrometer, giving high precision, small size, smoothness and high rigidity for limited linear motion. It is widely used in OA machines and peripherals, various test instruments and PCB drilling machines.\n\nProduct Features\n\nCross-roller guides for high-precision, smooth movement. Aluminum-alloy main body, lightweight, suitable for embedding in other equipment.; Simple installation: cross-roller guides are fitted between a precision-machined table and base, and the slide mechanism only needs bolts where necessary to obtain a high-precision linear guide mechanism.; Large rated-load rollers mounted at a short pitch for high load capacity and high rigidity.; Tabletop sizes from 40 mm to 125 mm, with a variety of specifications.; Micrometer drive.\n\nTechnical Specifications\n\nModel | OMHB40 | OMHB60A | OMHB60B | OMHB80 | OMHB90A | OMHB90B | OMHB125A | OMHB125B | OMHB125C | \nTravel (mm) | 10 | 10 | 10 | 10 | 10 | 10 | 20 | 10 | 10 | \nOverall Height (mm) | 35-45 | 35~45 | 42~52 | 40~50 | 40~50 | 35~45 | 66~86 | 45~55 | 45~55 | \nTabletop Size (mm) | 40X40 | 60X60 | 60X60 | 80X80 | 90X90 | 90X90 | 125X125 | 125X125 | 125X125 | \nDrive Type | Micrometer | Micrometer | Micrometer | Micrometer | Micrometer | Micrometer | Micrometer | Micrometer | Micrometer | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nLoad (kg) | 2 | 3 | 6 | 9 | 9 | 9 | 15 | 9 | 15 | \nMinimum Scale (mm) | 0.01 | 0.01 | 0.01 | 0.01 | 0.01 | 0.01 | 0.01 | 0.01 | 0.01 | \nWeight (kg) | 0.17 | 0.27 | 0.39 | 0.57 | 0.71 | 0.59 | 1.98 | 1.34 | 1.34 | \nMatching Breadboard Adapter Plate Model | OMLA01 | OMLA01 | OMLA01 | OMLA02 | OMLA03 | OMLA03 | OMLA05 | OMLA05 | OMLA05 |"
        },
        {
            "id": 42922,
            "name": "CWDM4 Automatic Coupling Testing System",
            "url": "https://www.fiberalignment.com/product/cwdm4-automatic-coupling-testing-system/",
            "description": "Adopting high-precision displacement sliding table, it can automatically couple with high coupling accuracy; Good repeatability, coupling/testing.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe CWDM4 automatic coupling testing system is an independently developed automatic coupling testing equipment for glass based CWDM4 Demux components. Through two sets of six axis precision electric displacement tables, it can accurately and quickly achieve automatic coupling alignment between FA and glass based CWDM4 Demux components; At the same time, customized software is used to automatically test the IL, RL, and PDL data of the chip bar and produce reports; This device has high coupling efficiency and testing efficiency, as well as good coupling/testing stability.\r\nProduct Features\n\r\nAdopting high-precision displacement sliding table, it can automatically couple with high coupling accuracy; Good repeatability, coupling/testing repeatability<0.2db; equipped with high-precision sensors to automatically and accurately control the thickness of the adhesive layer; Customize software to automatically test the insertion loss value of chip Bar and generate reports."
        },
        {
            "id": 42908,
            "name": "Detector automatic coupling packaging system",
            "url": "https://www.fiberalignment.com/product/detector-automatic-coupling-packaging-system/",
            "description": "Adopting high-precision displacement table to ensure adjustment accuracy; Image recognition automatically threading fibers and maintaining them at the.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe detector automatic welding system is a high-precision coupling welding system for detectors, suitable for coupling and packaging scenarios where optical fibers penetrate into the detector housing. It can automatically thread fibers and adjust the distance between fibers and chips, and is compatible with various packaging processes such as adhesive bonding and resistance welding.\r\nProduct Features\n\r\nAdopting high-precision displacement table to ensure adjustment accuracy; Image recognition automatically threading fibers and maintaining them at the center of the tube shell; Automatically identify and adjust the distance between fiber and chip, with good process stability. It can integrate various packaging processes such as adhesive bonding and resistance welding."
        },
        {
            "id": 42898,
            "name": "DFB laser multi lens coupling welding machine",
            "url": "https://www.fiberalignment.com/product/dfb-laser-multi-lens-coupling-welding-machine/",
            "description": "The equipment adopts high-precision electric displacement table, supporting single-sided and double-sided coupling; High repeatability, coupling.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\r\nDFB laser multi lens coupling welding machine is suitable for coupling and welding 7/14 pin DFB laser with multi lens and polarization maintaining fiber; This device uses a dual six axis high-precision electric displacement table and coupling testing software as the control core to achieve fixed axis coupling of multiple lenses and polarization maintaining fibers; At the same time, the dual beam laser welding module adopts a three-axis electric slide table to achieve fast and accurate positioning of the components and welding. This device can achieve alignment and low stress welding fixation of DFB chips with lenses and polarization maintaining fibers, ensuring that the light of the product chip can stably pass through the fiber.\r\nProduct Features\n\r\nThe equipment adopts high-precision electric displacement table, supporting single-sided and double-sided coupling; High repeatability, coupling repeatability<0.2db; coupling of different materials such as polarization maintaining fibers and multi lenses with DFB laser chips can be achieved by changing the fixture; Peripheral devices can test optical power values, polarization extinction ratio, and polarization degree values; Can perform laser welding and tailpipe welding; Custom software that automatically couples alignment, welding, and generates reports."
        },
        {
            "id": 43135,
            "name": "Direct-Drive Lift Stage OMZS Series",
            "url": "https://www.fiberalignment.com/product/direct-drive-lift-stage-omzs-series/",
            "description": "The OMZS direct-drive lift stage uses a three-phase synchronous coreless linear motor as the drive element, eliminating the mechanical parts in the power.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMZS direct-drive lift stage uses a three-phase synchronous coreless linear motor as the drive element, eliminating the mechanical parts in the power transmission system and transmitting drive force directly to the motion platform without friction for high speed and high acceleration. A coreless motor is ideal for positioning tasks with extremely high precision requirements, running smoothly even at very low speed with no vibration at high speed. A non-contact, ultra-high-precision optical encoder measures the platform position directly.\n\nProduct Features\n\nThree-phase synchronous coreless linear motor drive for smooth motion.; Precision cross-roller guides effectively ensure motion accuracy and straightness.; Non-contact linear encoder with nanometer resolution for precise position feedback.; Unique assembly process requirements ensure product consistency.\n\nTechnical Specifications\n\nModel | OMZS50 | OMZS100 | \nMechanical Specifications | Travel (mm) | 50 | 100 | \nTabletop Size (mm) | 125X135 | 125X185 | \nGuide (Guiding Mechanism) | Precision Cross Roller Guide | Precision Cross Roller Guide | \nBody Material & Surface Finish | 6061T6 | 6061T6 | \nLoad (kg) | 5 | 10 | \nTotal Thickness (mm) | 80 | 85 | \nWeight (kg) | 3.5 | 5 | \nAccuracy Specifications | Grating Scale Resolution (μm) | 0.05 | 0.05 | \nMax Speed (mm/s) | 100 | 200 | \nRepeat Positioning (μm) | ±1 | ±1 | \nPitch (\") | 30 | 30 | \nYaw (\") | 30 | 30 | \nElectrical Specifications | Motor | 3-phase synchronous coreless linear motor | 3-phase synchronous coreless linear motor | \nContinuous Thrust (N) | 20 | 30 | \nPeak Thrust (N) | 45 | 105 | \nMotor Constant (N²/W) | 15 | 24 | \nMotor Force Constant (N/Arms) | 12.4 | 36.3 | \nContinuous Current (Arms) | 1.6 | 0.8 | \nPeak Current (Arms) | 3.6 | 2.9 |"
        },
        {
            "id": 43125,
            "name": "Direct-Drive Motorized Rotation Stage OMZD-B Series",
            "url": "https://www.fiberalignment.com/product/direct-drive-motorized-rotation-stage-omzd-b-series/",
            "description": "The OMZD-B direct-drive motorized rotation stage uses a high-precision synchronous torque motor matched with a high-resolution grating scale to provide.",
            "categories": [
                "Motorized Rotary Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMZD-B direct-drive motorized rotation stage uses a high-precision synchronous torque motor matched with a high-resolution grating scale to provide high micro-stepping capability and accurately output the positioning angle for high positioning accuracy. Direct drive eliminates conventional transmission parts, reducing mechanical error, backlash and form/position errors, and transmits drive force directly to the motion platform for high speed and high acceleration.\n\nProduct Features\n\nDrive section uses a high-precision torque motor and Hall sensor for good power output.; Built-in grating scale and high-resolution read head effectively read and output angular position information.; Cross-roller bearing ring and thin-wall bearing ensure coaxiality and stability.; Both bearings are high-quality for long service life.; Unique assembly process requirements ensure product stability.; A control cabinet is provided, with technical support and product customization.\n\nTechnical Specifications\n\nModel | OMZD100B | OMZD200B | \nBasic Specifications | Tabletop Diameter (mm) | 100 | 200 | \nInstrument Height (mm) | 80 | 119 | \nHorizontal Load (kg) | 7 | 23 | \nGuiding Mechanism | Cross Roller Bearing Ring + Thin-Wall Bearing | \nBody Material & Surface Finish | Aluminum alloy black anodized + stainless steel tabletop | \nWeight (kg) | 4 | 13.7 | \nAccuracy Specifications | Grating Read Head Resolution (\") | 4 | 4 | \nMax Speed (rev/s) | 4 | 2.5 | \nRepeat Positioning Accuracy (°) | 0.0027 | 0.004 | \nAxial Runout Accuracy (μm) | 10 | 15 | \nRadial Runout Accuracy (μm) | 15 | 20 | \nDynamic Parallelism (μm) | 20 | 25 | \nMotor Torque (N·m) | Continuous torque 3.8 N·m; peak torque 7.32 N·m | Continuous torque 18.8 N·m; peak torque 40.9 N·m | \nOther Specifications | Motor Operating Current (A) | 5.4 | 4.6 | \nDriver Brand | Googol | Googol | \nRotation Stage Connector | GX16-10 (pin), GX16-8 (pin) and GX16-4 (pin) | GX16-10 (pin), GX16-10 (pin) and GX16-4 (pin) | \nRead Head Specifications | Power: 5V±10%, 150 mA | Power: 5V±10%, 150 mA | \nNote: accuracy data measured in the lab; max speed is at no load and decreases with load |"
        },
        {
            "id": 43099,
            "name": "Direct-Drive Motorized Stage EPSW Series",
            "url": "https://www.fiberalignment.com/product/direct-drive-motorized-stage-epsw-series/",
            "description": "The EPSW direct-drive motorized stage is a semi-sealed design. An efficient three-phase iron-core synchronous linear motor is used as the drive element.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSW direct-drive motorized stage is a semi-sealed design. An efficient three-phase iron-core synchronous linear motor is used as the drive element, giving a shorter profile than screw-driven stages for a more compact, space-saving solution — ideal for space-constrained applications needing high throughput, high reliability and ultra-quiet operation. Precision-grade self-aligning ball linear guides ensure high running straightness and parallelism. A non-contact linear encoder provides nanometer resolution with excellent position sensitivity, reliable repeatability and stability. The main body uses lightweight, high-strength aluminum alloy.\n\nProduct Features\n\nEfficient three-phase iron-core synchronous linear motor drive for higher loads.; Precision linear slide-guide ensures motion accuracy and straightness.; Non-contact linear encoder with nanometer resolution.; Unique assembly process requirements ensure product consistency.\n\nTechnical Specifications\n\nModel | EPSW100 | EPSW200 | EPSW300 | \nMechanical Specifications | Dimensions | 165X310 | 165X410 | 165X510 | \nTravel (mm) | 100 | 200 | 300 | \nTabletop Size (mm) | 165X165 | 165X165 | 165X165 | \nGuide (Guiding Mechanism) | Precision Linear Slide | Precision Linear Slide | Precision Linear Slide | \nBody Material & Surface Finish | 6061T6 | 6061T6 | 6061T6 | \nLoad (kg) | 20 | 20 | 20 | \nTotal Thickness (mm) | 73 | 73 | 73 | \nWeight (kg) | 6 | 8 | 10 | \nAccuracy Specifications | Grating Scale Resolution (μm) | 0.05 | 0.05 | 0.05 | \nMax Speed (mm/s)* | 300 | 300 | 300 | \nRepeat Positioning Accuracy (μm) | ±1 | ±1.5 | ±2 | \nPitch (\") | 50 | 50 | 50 | \nYaw (\") | 50 | 50 | 50 | \nElectrical Specifications | Motor | 3-phase synchronous iron-core linear motor | 3-phase synchronous iron-core linear motor | 3-phase synchronous iron-core linear motor | \nContinuous Thrust (N) | 45 | 45 | 45 | \nPeak Thrust (N) | 95 | 95 | 95 | \nMotor Constant (N²/W) | 40 | 40 | 40 | \nMotor Force Constant (N/Arms) | 30 | 30 | 30 | \nContinuous Current (Arms) | 1.5 | 1.5 | 1.5 | \nPeak Current (Arms) | 3.7 | 3.7 | 3.7 | \nSlide Connector | DB9, DB15 | DB9, DB15 | DB9, DB15 |"
        },
        {
            "id": 43113,
            "name": "Direct-Drive Stage with Clear Aperture EPSK10080T",
            "url": "https://www.fiberalignment.com/product/direct-drive-stage-with-clear-aperture-epsk10080t/",
            "description": "The EPSK10080T direct-drive stage with a clear aperture uses a coreless linear motor drive, eliminating the mechanical parts in the power transmission.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSK10080T direct-drive stage with a clear aperture uses a coreless linear motor drive, eliminating the mechanical parts in the power transmission system and transmitting drive force directly to the motion platform without friction for high speed and high acceleration. Self-lubricating linear guides enable high-precision XY spatial displacement while greatly reducing maintenance time. The product has a large-aperture clear hole design, developed to meet special application needs in industrial production lines, automated machining equipment and automated inspection equipment. The tabletop offers a rich variety of mounting-hole combinations.\n\nProduct Features\n\nDual-axis integral orthogonal design with high precision, a thin profile and greatly improved space utilization.; Three-phase coreless linear motor direct drive.; Self-lubricating guide and slider greatly reduce maintenance time.; Clear-aperture tabletop supports special application needs and various mounting-hole combinations.; Non-contact, ultra-high-precision optical encoder measures the platform position directly.\n\nTechnical Specifications\n\nModel | EPSK10080T | \nMechanical Specifications | Dimensions | 340x320 | \nTotal Thickness (mm) | 75 | \nHollow Size | 150x130 | \nTravel (mm) | X: 90, Y: 80 | \nGuide (Guiding Mechanism) | Guide Slider | \nBody Material & Surface Finish | 6061T6 | \nLoad (kg) | 5 | \nMax Acceleration, Upper Axis (g) | 1 | \nMax Acceleration, Lower Axis (g) | 0.6 | \nWeight (kg) | 13 (measured) | \nAccuracy Specifications | Grating Scale Resolution (μm) | 0.05 | \nMax Speed (mm/s)* | 100 | \nRepeat Positioning Accuracy (μm) | ±0.5 | \nPitch (\") | 10 | \nYaw (\") | 10 | \nMotor Specifications | Motor | 3-phase coreless linear motor | \nContinuous/Peak Thrust (N) | 17.6/88 | \nMotor Force Constant (N/Arms) | 11 | \nContinuous Current (Arms) | 1.8 (measured) | \nPeak Current (Arms) | 8 (measured) | \nSlide Connector | Two DB15, two 4-pin aviation connectors, two 5-pin aviation connectors | \nNote: accuracy data measured in the lab; max speed is at no load and decreases with load; max acceleration is at no load. |"
        },
        {
            "id": 42884,
            "name": "Double lens automatic coupling packaging system",
            "url": "https://www.fiberalignment.com/product/double-lens-automatic-coupling-packaging-system/",
            "description": "The double-lens automatic coupling and packaging system is suitable for lens coupling and optical path shaping.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe double-lens automatic coupling and packaging system is suitable for lens coupling and optical path shaping. It features image recognition and positioning, automatic loading, automatic dispensing and UV curing. By configuring different peripheral equipment, it also supports gold-tin soldering, glass solder, laser welding and other packaging scenarios. Its modular design means changing the fixture adapts it to lenses and devices of many specifications, offering wide applicability and strong expandability.\n\nProduct Features\n\nIncludes dual-sided 6-axis motorized coupling stages, supporting single-side and dual-side coupling.\n\nUses high-precision linear motor modules with grating-scale self-feedback for high coupling efficiency and good stability.\n\nEquipped with an embedded software system and self-developed coupling algorithm with high operating efficiency and support for secondary development; it can perform automatic coupling alignment, automatic dispensing, automatic curing or automatic welding in various scenarios, and can be extended with chip testing and image recognition functions. The software allows independent editing of the coupling process flow, improving flexibility and applicability.\n\nModular structural design; changing the fixture adapts it to coupling between different devices.\n\nApplication\n\nCoupling and packaging between LD, lenses (single lens or double lens), fibers and waveguide chips.\n\nTechnical Parameters\n\nMotorized linear axes | Motorized angular axes | Vision system | Peripheral equipment | Coupling software | \nX axis: travel 160 mm, adjustment accuracy 0.02 μm, repeat positioning accuracy ±0.1 μm; Y axis: travel 60 mm, adjustment accuracy 0.02 μm, repeat ±0.1 μm; Z axis: travel 50 mm, adjustment accuracy 0.02 μm, repeat ±0.1 μm | θX axis: travel ±5°, resolution 0.0025°, repeat ±0.003°; θY/θZ axes: travel ±6°, resolution 0.003°, repeat ±0.005° | Triple vision, 4000 W color CCD, fixed-magnification lens 1X | Industrial PC, multi-axis motion controller, power meter, TEC temperature controller, etc. | Automatic coupling, data logging, report output | \n\nPerformance Index\n\nEquipment dimensions | System power supply | Peak power | Power acquisition range | Coupling repeatability | Coupling time | \n1500 × 1120 × 1950 mm | AC220V/50Hz | 1500 W | -70 ~ 10 dBm | < 0.2 dB | < 180 s |"
        },
        {
            "id": 43179,
            "name": "Dovetail Direct-Drive Manual Translation Stage SPYB Series",
            "url": "https://www.fiberalignment.com/product/dovetail-direct-drive-manual-translation-stage-spyb-series/",
            "description": "The SPYB dovetail direct-drive manual translation stage uses a screw-nut design. The main body uses aluminum alloy with a black anodized finish.",
            "categories": [
                "Manual Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe SPYB dovetail direct-drive manual translation stage uses a screw-nut design. The main body uses aluminum alloy with a black anodized finish and a dovetail guide for strong load capacity. A ground screw with a small pitch provides high sensitivity, and a side scale and locking function make it fully featured and convenient to use.\n\nProduct Features\n\nDovetail guide for strong load capacity.; Ground screw with a small pitch for high sensitivity.; Supplied with a graduated scale for convenient direct reading.; Locking mechanism with a nylon tip for good locking and high stability.\n\nTechnical Specifications\n\nModel | SPYB25 | SPYB50 | SPYB75 | SPYB100 | \nTravel (mm) | 25 | 50 | 75 | 100 | \nTabletop Size (mm) | 65×65 | 65×65 | 65×65 | 65×65 | \nBody Length (mm) | 90 | 115 | 140 | 165 | \nThickness (mm) | 20 | \nGuide | Dovetail Guide | \nDrive Type | Ground Screw Φ8×4 | \nDrive Position | Center Drive | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nHorizontal Load (kg) | 10 | \nVertical Load (kg) | 5 | \nMatching Z-Axis Adapter Plate Model | OMLA01B | OMLA02B |"
        },
        {
            "id": 43219,
            "name": "Dovetail Manual Goniometer Stage OMPY Series",
            "url": "https://www.fiberalignment.com/product/dovetail-manual-goniometer-stage-ompy-series/",
            "description": "The OMPY dovetail manual goniometer stage uses a combined worm-gear drive and dovetail guide structure, converting manual rotation into progressive.",
            "categories": [
                "Manual Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMPY dovetail manual goniometer stage uses a combined worm-gear drive and dovetail guide structure, converting manual rotation into progressive angular displacement of the worm wheel through the worm screw. The main frame uses high-strength hard copper alloy with a black fluororesin treatment, combining a lightweight structure with excellent wear resistance. The core dovetail guide achieves gapless sliding through trapezoidal wedge fit, improving rigidity by 40% over traditional arc guides, effectively resisting lateral force interference and ensuring anti-overturning capability and smooth motion. Tabletops from 40×40 mm to 60×60 mm are available.\n\nProduct Features\n\nStrong resistance to lateral force interference, smooth gapless motion.; High-strength copper alloy balancing lightweight design with wear and corrosion resistance.; Modular expansion design for quickly building multi-axis precision motion systems.; Material: 6061-T6 copper alloy.\n\nTechnical Specifications\n\nModel | OMPY4025L | OMPY4025R | OMPY4040L | OMPY4040R | \nTabletop Size (mm) | 40×40 | 40×40 | 40×40 | 40×40 | \nFeed Method | Worm Gear | \nMinimum Reading | 0.1° | \nRotation Center Height (mm) | 25±0.1 | 25±0.1 | 40±0.1 | 40±0.1 | \nTravel (°) | ±20 | ±20 | ±15 | ±15 | \nGuide | Dovetail Guide | \nLoad Capacity [kgf] | 3.0 | 3.0 | 3.0 | 3.0 | \nSetscrew Position | L | R | L | R | \nWeight (kg) | 0.18 | 0.18 | 0.24 | 0.24 | \nMain Material | Copper Alloy | \nSurface Finish | Black Fluororesin Coating | \n\nModel | OMPY6060L | OMPY6060R | OMPY6080L | OMPY6080R | \nTabletop Size (mm) | 60×60 | 60×60 | 60×60 | 60×60 | \nFeed Method | Worm Gear | \nMinimum Reading | 0.1° | \nRotation Center Height (mm) | 60±0.1 | 60±0.1 | 80±0.1 | 80±0.1 | \nTravel (°) | ±20 | ±20 | ±15 | ±15 | \nGuide | Dovetail Guide | \nLoad Capacity [kgf] | 6.0 | 6.0 | 6.0 | 6.0 | \nSetscrew Position | L | R | L | R | \nWeight (kg) | 0.58 | 0.58 | 0.58 | 0.58 | \nMain Material | Copper Alloy | \nSurface Finish | Black Fluororesin Coating |"
        },
        {
            "id": 42879,
            "name": "Dual FA automatic coupling system",
            "url": "https://www.fiberalignment.com/product/dual-fa-automatic-coupling-system/",
            "description": "The dual-FA automatic coupling system is a TX/RX-compatible dual-FA automatic coupling device independently developed by our company.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe dual-FA automatic coupling system is a TX/RX-compatible dual-FA automatic coupling device independently developed by our company. It automatically adjusts the relative parallelism of the PCB and the FA, simultaneously performs end-face coupling of the TX-side FA and vertical coupling of the RX side with the FA, and automatically dispenses and cures adhesive.\n\nProduct Features\n\nImage recognition and positioning enabling automatic PCB leveling.\n\nDual-FA automatic leveling and automatic alignment for light finding.\n\nAutomatic dispensing and UV curing with adhesive-layer thickness error < ±2.5 μm.\n\nSimultaneous automatic coupling of TX-side and RX-side FAs.\n\nAutomatic dispensing and UV curing.\n\nApplication\n\nTX and RX end coupling for 400G / 800G / 1.6T optical module products.\n\nTechnical Parameters\n\nMotorized linear axes | Motorized angular axes | Vision system | Peripheral equipment | Coupling software | \nX: travel 100 mm, resolution 0.1 μm, repeat ±0.5 μm; Y: travel 75 mm, resolution 0.05 μm, repeat ±0.5 μm; Z: travel 30 mm, resolution 0.05 μm, repeat ±0.5 μm | θX: travel ±10°, adjustment accuracy 0.004°, repeat ±0.003°; θY: travel ±5°, resolution 0.002°, repeat ±0.003°; θZ: travel ±6°, resolution 0.0025°, repeat ±0.003° | Dual vision, 4000 W color CCD, fixed-magnification lens 1.5X | Multi-axis motion controller, power meter, industrial PC, etc. | Automatic coupling, data logging, report output | \n\nPerformance Index\n\nEquipment dimensions | System power supply | Peak power | Power acquisition range | Coupling repeatability | Coupling time | \n1500 × 1120 × 1950 mm | AC220V/50Hz | 1500 W | -70 ~ 10 dBm | < 0.2 dB | < 240 s | \n\nInterface Display\nOperating interface - view 1Operating interface - view 2"
        },
        {
            "id": 43157,
            "name": "Feedback Controller",
            "url": "https://www.fiberalignment.com/product/feedback-controller/",
            "description": "The FBCU feedback motion controller is a multi-axis position-feedback network motion controller developed by OMTOOLS for high-precision.",
            "categories": [
                "Precision Motion Controller"
            ],
            "specifications_and_description": "Product Introduction\n\nThe FBCU feedback motion controller is a multi-axis position-feedback network motion controller developed by OMTOOLS for high-precision and ultra-high-precision motion control systems. It embeds an ARM chip with an embedded operating system that manages communication and motion and provides a general development interface for flexible secondary development. An FPGA handles low-level motion drive control and feedback-signal acquisition and processing; users can simply develop appropriate closed-loop control software on a PC to realize closed-loop control of a high-precision motion system. Standard products support 2-axis, 4-axis and 6-axis control.\n\nProduct Features\n\nIntegrated grating-scale feedback interface for closed-loop and semi-closed-loop motion control.; FPGA-based signal acquisition and processing with strong noise immunity and low latency.; Highly integrated package that turns complex low-level development into a high-level language.; Complete development libraries and open APIs for flexible, convenient secondary development.; Ethernet interface for remote control and distributed control of production lines or systems.; Supports positive/negative/zero hardware limit settings and positive/negative software limit settings.; Supports relative motion, absolute motion, jogging, user-coordinate motion and multi-axis coordinated motion under open-loop, closed-loop and semi-closed-loop control.\n\nTechnical Specifications\n\nModel | FBCU-X-SS | FBCU-X-SM | FBCU-X-SL | FBCU-X-A1 | FBCU-X-A2 | FBCU-X-A4 | FBCU-X-FS | FBCU-X-FM | FBCU-X-FL | \nPulse Frequency | Auto-calculated from speed and encoder pulses/rev, max 5 MHz | \nCommunication Interface | Ethernet + RS232 | \nPower Supply | DC24V | DC24V | DC48V | AC220V | AC220V | AC220V | DC24V | DC24V | DC24V | \nLimit Interface | Positive limit, zero limit, negative limit | \nLimit Signal Voltage | ≤DC24V | \nPulse Resolution | 32 | \nSpeed/Acceleration Resolution | 32 | \nOutput Current | ＜2.2A | ＜4.2A | ＜7.0A | - | - | - | < 1.2 A/phase | < 1.4 A/phase | < 1.8 A/phase | \nDrive Power | - | - | - | 100W | 200W | 400W | - | - | - | \nDrive Type | Current chopper drive | IGBT SVPWM | Micro-step drive, bipolar constant current |"
        },
        {
            "id": 43055,
            "name": "Fiber Alignment Mount Series",
            "url": "https://www.fiberalignment.com/product/fiber-alignment-mount-series/",
            "description": "Made of stainless steel with excellent thermal stability to suppress drift, with a rigid structural design that avoids vibration interference.",
            "categories": [
                "Fiber Alignment Stage Series"
            ],
            "specifications_and_description": "Product Introduction\n\nMade of stainless steel with excellent thermal stability to suppress drift, with a rigid structural design that avoids vibration interference. Provides one-dimensional translation adjustment and is supplied with a dovetail base for fixing optical device mounts.\n\nProduct Features\n\nStainless steel with excellent thermal stability to suppress drift.; Rigid structural design avoids vibration interference.; Provides one-dimensional translation adjustment.; Supplied with a dovetail base for fixing optical device mounts.\n\n "
        },
        {
            "id": 43059,
            "name": "Fiber Alignment Mount Series (X-Z)",
            "url": "https://www.fiberalignment.com/product/fiber-alignment-mount-series-x-z/",
            "description": "Made of stainless steel with excellent thermal stability to suppress drift, with a rigid, compact structural design that avoids vibration interference.",
            "categories": [
                "Fiber Alignment Stage Series"
            ],
            "specifications_and_description": "Product Introduction\n\nMade of stainless steel with excellent thermal stability to suppress drift, with a rigid, compact structural design that avoids vibration interference. The front end provides X and Z two-dimensional adjustment; with a collimating objective the beam is collimated. Supplied with a dovetail base for fixing optical device mounts, and provides X/Y translation, Z vertical adjustment, rotation about the X axis and tilt about the Y/Z axes.\n\nProduct Features\n\nStainless steel with excellent thermal stability to suppress drift.; Rigid, compact structural design avoids vibration interference.; Front end provides X and Z two-dimensional adjustment; with a collimating objective the beam is collimated.; Supplied with a dovetail base for fixing optical device mounts.; Provides X/Y translation, Z vertical adjustment, rotation about X and tilt about Y/Z.; Precision fiber alignment mount with high adjustment resolution.\n\n "
        },
        {
            "id": 43049,
            "name": "Fiber Coupler",
            "url": "https://www.fiberalignment.com/product/fiber-coupler/",
            "description": "Used together with a microscope objective for an integrated design that facilitates coupling between the beam and the fiber.",
            "categories": [
                "Manual Waveguide Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nUsed together with a microscope objective for an integrated design that facilitates coupling between the beam and the fiber.\n\nProduct Features\n\nUsed with a microscope objective for an integrated design that facilitates beam-to-fiber coupling.; Precision linear ball-bearing guide for smooth motion and high precision.; Micrometer-head drive for quantitative adjustment of the microscope objective focus.; Two-dimensional tilt adjustment.; Base mounting holes connect easily to other mounts.; Can be converted into a spatial filter with a pinhole holder.; FC/SMA905 standard interface.\n\n "
        },
        {
            "id": 43047,
            "name": "Fiber Coupling Alignment &amp; Packaging System",
            "url": "https://www.fiberalignment.com/product/fiber-coupling-alignment-packaging-system/",
            "description": "The fiber coupling alignment and packaging system, also known as a PLC optical splitter alignment and packaging system or a planar lightwave circuit.",
            "categories": [
                "Semi-Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe fiber coupling alignment and packaging system, also known as a PLC optical splitter alignment and packaging system or a planar lightwave circuit alignment and packaging system, is widely used in R&D and production of semiconductor and optical communication devices. Alignment systems can be divided into passive-device and active-device alignment systems: passive devices mainly include planar waveguide devices, isolators and beam splitters, while active devices include LDs and PDs. Both share the need for alignment coupling; the difference is that active devices require YAG welding for packaging, whereas passive devices mainly use UV adhesives.\n\nProduct Features\n\nFA and chip fixtures are made of high-quality aluminum alloy and stainless steel for good mechanical and thermal stability.; Inlet and outlet FA fixtures are fitted with high-sensitivity sensors.; The chip fixture uses air adsorption plus side clamping without damaging the chip, with a high-hardness ceramic post for accurate, repeatable positioning.; Chip fixtures are designed for individual chip characteristics, with special fixtures from 1x2 to 1x64 (customizable).; High alignment precision: additional loss of the aligned waveguide device is less than 0.15 dB.; Good repeatability: for three repeated alignments of the same device, channel loss variation is less than 0.05 dB.; Time stability: after aligning the waveguide device and fiber array, channel loss varies by less than 0.05 dB within 10 minutes.; Efficiency: after coarse alignment of the waveguide device and fiber array using a CCD, precise alignment of each device takes about 2 minutes.\n\nTechnical Specifications\n\nMax Travel | Resolution | Motor Max Travel | Max Travel (long-travel axis) | Configuration 1 | \nX/Z 25 mm, Y 15 mm | 0.1 μm; bidirectional repeatability 0.5 μm | 15 mm, max speed 2 mm/s | 220 mm, max speed 40 mm/s, load 98 N | Japan Suruga ES6700 high-precision 6-axis motion platform, precision 0.05 μm |"
        },
        {
            "id": 43239,
            "name": "Fiber Coupling Fixture OMHF Series",
            "url": "https://www.fiberalignment.com/product/fiber-coupling-fixture-omhf-series/",
            "description": "The OMHF series includes vertical coupling fixtures. The OMHF01L is a left-hand vertical coupling fixture used symmetrically with the OMHF01R right-hand.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMHF series includes vertical coupling fixtures. The OMHF01L is a left-hand vertical coupling fixture used symmetrically with the OMHF01R right-hand version; the fiber clamping angle is adjustable and the product is highly stable. It has a guide slot for use with the HFA series stages for easy installation and removal, and clamps the fiber by magnetic attraction with a flip-top cover for simple, convenient operation. Matching vertical magnetic quick-release fixture seats are available for the HFA (straight-rail) and HFS (dovetail-rail) stages.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Precision V-groove designed to hold Ø150 µm to Ø341 µm fibers.; With SM1 external thread for use with SM1-threaded products.; Includes a GYKH25B locking ring to lock the mount in a lens tube.; Vertical magnetic quick-release fixture seats OMHF08L/OMHF08R (left/right symmetric) work with the HFA series manual multi-axis stages.; Vertical magnetic quick-release fixture seats OMHF08X/OMHF08Y (left/right symmetric) work with the HFS series manual multi-axis stages.; The fixture seat holds a Ø250 µm fiber cladding; with various vertical magnetic quick-release heads (OMHF09G or OMHF10G) it holds Ø125 µm and Ø250 µm fibers respectively, and can also be custom-machined.\n\nTechnical Specifications\n\nModel | Body Material | Fiber Cladding Diameter Held | Clamping Method | Weight | Surface Finish | \nOMHF01L | 6061T4 | Ø125um | Magnetic Clamping | 0.15kg | Black Anodized | \nOMHF01R | 6061T4 | Ø125um | Magnetic Clamping | 0.15kg | Black Anodized | \nOMHF01X | 6061T4 | Ø125um | Magnetic Clamping | 0.15kg | Black Anodized | \nOMHF01Y | 6061T4 | Ø125um | Magnetic Clamping | 0.15kg | Black Anodized | \nOMHF02L | 6061T4 | Ø125um | Magnetic Clamping | 0.17kg | Black Anodized | \nOMHF02R | 6061T4 | Ø125um | Magnetic Clamping | 0.17kg | Black Anodized | \nOMHF02X | 6061T4 | Ø125um | Magnetic Clamping | 0.17kg | Black Anodized | \nOMHF02Y | 6061T4 | Ø125um | Magnetic Clamping | 0.17kg | Black Anodized | \n\nModel | Jacket Diameter | Tube Diameter | Cladding Diameter | Clamping Method | Weight | \nOMHF03L | Ø1.8mm | Ø0.9mm | Ø125um | Magnetic Clamping | 0.09kg | \nOMHF03R | Ø1.8mm | Ø0.9mm | Ø125um | Magnetic Clamping | 0.09kg | \nOMHF03X | Ø1.8mm | Ø0.9mm | Ø125um | Magnetic Clamping | 0.09kg | \nOMHF03Y | Ø1.8mm | Ø0.9mm | Ø125um | Magnetic Clamping | 0.09kg | \nOMHF04L | Ø1.8mm | Ø0.9mm | Ø125um | Magnetic Clamping | 0.10kg | \nOMHF04R | Ø1.8mm | Ø0.9mm | Ø125um | Magnetic Clamping | 0.10kg | \nOMHF04X | Ø1.8mm | Ø0.9mm | Ø125um | Magnetic Clamping | 0.10kg | \nOMHF04Y | Ø1.8mm | Ø0.9mm | Ø125um | Magnetic Clamping | 0.10kg | \n\nModel | Material | External Thread Spec | Min Clamping Diameter | Max Clamping Diameter | \nOMHF07 | 6061-T6 Aluminum Alloy | SM1(Ø1.035-40) | 150µm | Ø341µm | \n\nModel | OMHF08L | OMHF08R | OMHF08X | OMHF08Y | \nBody Material | 6061T6 | \nFiber Cladding Diameter Held | Ø250um | \nBase Fits Guide Type | Dovetail | Straight Rail | \nHolds Ø125 μm; clamp head sold separately | OMHF09G | \nHolds Ø250 μm; clamp head sold separately | OMHF10G | \n\nModel | OMHF09G | OMHF10G | \nBody Material | 6061T6 | \nFiber Clamping Diameter | Ø125um | Ø250um | \nFits Ø125 μm fiber cladding; fixture seat sold separately | OMHF14L, OMHF14R, OMHF14X, OMHF14Y | | \nFits Ø250 μm fiber cladding; fixture seat sold separately | OMHF08L, OMHF08R, OMHF08X, OMHF08Y | \n\nModel | OMHF13X | OMHF13Y | \nBody Material | 6061T6 | \nFiber Cladding Diameter Held | Ø250um | \nBase Fits Guide Type | Straight Rail | \n\nModel | OMHF14L | OMHF14R | OMHF14X | OMHF14Y | \nBody Material | 6061T6 | \nFiber Cladding Diameter Held | Ø125um | \nBase Fits Guide Type | Dovetail | Straight Rail | \nHolds Ø125 μm; clamp head sold separately | OMHF09G | \n\nModel | OMHF15P | OMHF16P | \nBody Material | 430 | \nApplicable Fixture | OMHF08L, OMHF08R, OMHF08X, OMHF08Y, OMHF14L, OMHF14R, OMHF14X, OMHF14Y, OMHF09G, OMHF10G | OMHF13X, OMHF13Y |"
        },
        {
            "id": 43057,
            "name": "Fiber Fixture Series",
            "url": "https://www.fiberalignment.com/product/fiber-fixture-series/",
            "description": "A series of precision fixtures for holding optical fibers during alignment and coupling, offering stable and repeatable clamping for bare.",
            "categories": [
                "Fiber Alignment Stage Series"
            ],
            "specifications_and_description": "Product Introduction\n\nA series of precision fixtures for holding optical fibers during alignment and coupling, offering stable and repeatable clamping for bare and connectorized fibers.\n\nProduct Features\n\nPrecision fixtures for holding optical fibers during alignment and coupling.; Stable, repeatable clamping for bare and connectorized fibers.; High-quality materials for good mechanical and thermal stability.; Multiple models available to suit different fiber types.\n\n "
        },
        {
            "id": 43249,
            "name": "Fiber Holding Rod OMJCB25A",
            "url": "https://www.fiberalignment.com/product/fiber-holding-rod-omjcb25a/",
            "description": "The OMJCB25A is a popular copper fiber holding rod. It uses elastic copper leaves to clamp the fiber without crushing it, and is suitable for holding.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMJCB25A is a popular copper fiber holding rod. It uses elastic copper leaves to clamp the fiber without crushing it, and is suitable for holding fibers with a diameter of 0.08-0.2 mm.\n\nProduct Features\n\nElastic copper-leaf clamping.; Does not crush the fiber.; Suitable for fibers with a diameter of 0.08-0.2 mm.\n\nTechnical Specifications\n\nModel | Material | Outer Diameter | Applicable Fiber Diameter | \nOMJCB25A | Copper | 6.35mm | 0.08-0.2mm |"
        },
        {
            "id": 43233,
            "name": "Fiber Rotator OMHRF32",
            "url": "https://www.fiberalignment.com/product/fiber-rotator-omhrf32/",
            "description": "The OMHRF32 fiber rotator rotates a single-mode fiber about its core center, with a maximum eccentricity of 10 µm over the full 360° rotation.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMHRF32 fiber rotator rotates a single-mode fiber about its core center, with a maximum eccentricity of 10 µm over the full 360° rotation. The fiber loads easily into the rotator's V-groove and is quickly secured by a magnetically held swing arm. The fiber is loaded from the top, giving smooth, continuous 360° rotation. A knob graduated in 5° increments lets the angular position be set to about 2° accuracy, and once set, a locking screw fixes the fiber core's angular position.\n\nProduct Features\n\nMaximum eccentricity of 10 µm over 360°.; Knob with graduations (5° increments).; Easy-to-load V-groove design.; Swing arm with magnetic clamping force.; A clamp on the fiber cladding minimizes offset error.\n\nTechnical Specifications\n\nModel | Body Material | Minimum Scale Value | Adjustable Angle Range | Adjustment Accuracy | \nOMHRF32 | 6061-T6 Aluminum Alloy | 5° | 360° | 2° |"
        },
        {
            "id": 43255,
            "name": "Fiber-Optic Goniometer Stage HFAR Series",
            "url": "https://www.fiberalignment.com/product/fiber-optic-goniometer-stage-hfar-series/",
            "description": "The HFAR fiber-optic goniometer stage is made from high-precision parts and a micrometer for excellent motion characteristics, with key indicators.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe HFAR fiber-optic goniometer stage is made from high-precision parts and a micrometer for excellent motion characteristics, with key indicators such as axial and radial runout reaching the level of comparable international products. It is suitable for applications requiring high manual angular adjustment.\n\nProduct Features\n\nMaterial: stainless steel.; Made from high-precision parts and a micrometer.; Excellent motion characteristics during rotation.; Axial and radial runout reaching the level of comparable international products.; Suitable for applications requiring high manual angular adjustment.\n\nTechnical Specifications\n\nModel | Adjustment Range | Center Height | Drive Type | Resolution | Minimum Scale | Micrometer Minimum Reading | Weight | \nHFAR | ±10° | 16mm | Micrometer | 0.02° | 2° | 0.01mm | 0.3kg |"
        },
        {
            "id": 43235,
            "name": "Flip-Top Fiber Clamp",
            "url": "https://www.fiberalignment.com/product/flip-top-fiber-clamp/",
            "description": "The OMFG06 flip-top fiber clamp is designed to press onto the buffer layer of 125-250 µm single-mode fibers without damaging the fiber.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMFG06 flip-top fiber clamp is designed to press onto the buffer layer of 125-250 µm single-mode fibers without damaging the fiber. The fiber clamp has a precision V-groove and silicone pad with magnetic clamping, and a dovetail slot on the base mates with the dovetail seat on the mount.\n\nProduct Features\n\nMaterial: 6061-T6 aluminum alloy.; Designed to press onto 125-250 µm single-mode fiber buffer without damage.; Precision V-groove and silicone pad for secure, gentle clamping.; Magnetic clamping for quick loading.; Base dovetail slot mates with the dovetail seat on the mount.\n\nTechnical Specifications\n\nModel | Body Material | Clamping Diameter | Surface Finish | \nOMFG06 | 6061-T6 Aluminum Alloy | 125-250μm | Natural Anodized |"
        },
        {
            "id": 43043,
            "name": "Fully Automatic Collimator Coupling System",
            "url": "https://www.fiberalignment.com/product/fully-automatic-collimator-coupling-system/",
            "description": "The fully automatic collimator coupling system supports fully automated production of various standard collimator devices, such as single-fiber.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe fully automatic collimator coupling system supports fully automated production of various standard collimator devices, such as single-fiber, dual-fiber and four-fiber collimators. It includes automatic dispensing and 8-degree angle automatic leveling, and can integrate automatic testing per customer requirements. From glass-tube insertion through coupling, dispensing and testing, total system time is under 90 seconds. Highly integrated, it uses the company's proprietary high-precision sub-micron sensors for spatial positioning accuracy and a patented laser collimator for fast 8-degree angle measurement, with image-recognition algorithms for fast leveling.\n\nProduct Features\n\nSuitable for batch production of collimators.; Compatible with single-fiber, dual-fiber and four-fiber collimator automated coupling.; Automatically completes tube insertion, coupling, dispensing and testing.; Total time under 90 seconds (from tube insertion to test completion).; High-precision motorized stages.; 7-axis intelligent controller.; Laser collimator for fast 8-degree angle measurement.; Image-recognition algorithm for fast 8-degree angle leveling.\n\n "
        },
        {
            "id": 43045,
            "name": "Fully Automatic WDM Coupling System",
            "url": "https://www.fiberalignment.com/product/fully-automatic-wdm-coupling-system/",
            "description": "The self-developed fully automatic WDM coupling system includes a transmission WDM coupling system and a reflection WDM coupling system.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe self-developed fully automatic WDM coupling system includes a transmission WDM coupling system and a reflection WDM coupling system. It supports fully automated production of standard three-port and six-port WDM devices, includes automatic dispensing and 8-degree angle automatic leveling, and can integrate 100G spectral scanning per customer requirements. Highly integrated, it uses the company's proprietary high-precision sub-micron sensors for spatial positioning accuracy, and a unique, ingenious dispensing design efficiently meets various customized dispensing requirements. One-touch operation greatly reduces the production line's dependence on skilled workers.\n\nProduct Features\n\nSuitable for batch production of three-port or six-port WDM devices.; Selectable transmission or reflection mode.; Alignment time under 15 seconds.; High-precision motorized stages.; 6-axis intelligent controller.; DSP + FPGA embedded algorithm.; Automatic 8-degree angle leveling.; Embedded USB high-speed optical power meter.\n\n "
        },
        {
            "id": 43027,
            "name": "GRIN Lens Fiber Coupler",
            "url": "https://www.fiberalignment.com/product/grin-lens-fiber-coupler/",
            "description": "The GRIN lens fiber coupler provides a single-unit alignment system for fiber and GRIN (self-focusing) lens, enabling efficient laser-to-fiber coupling.",
            "categories": [
                "Fiber Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe GRIN lens fiber coupler provides a single-unit alignment system for fiber and GRIN (self-focusing) lens, enabling efficient laser-to-fiber coupling and output collimation in a compact design. These couplers can be used with bare fibers and chuck-mounted fibers, including polarization-maintaining fibers and connectorized fibers. They are the upper alignment section of a single-mode fiber coupling system for multi-mode fiber coupling. Three-axis fiber control makes it easier to align the beam to the fiber end; these simpler units can be mounted on a DY-91TS tilt stage for single-mode fiber coupling.\n\nProduct Features\n\nProvides a convenient way to align fiber with a lens, achieving efficient laser-to-fiber coupling and output collimation in a compact space.; Designed for bare fibers; ultra-fine M5x0.25 X-Y adjustment screws achieve optimum coupling efficiency and precise fiber positioning.; Knurled knob with precision M16x0.75 thread enables axial Z motion without rotating the fiber.; Makes it easy to insert a breadboard or prototype optical system into existing fiber-optic equipment.; Mounts to OMTOOLS platforms and breadboards with a single bolt.; Compact direct coupling between fiber and GRIN lens.; Supports bare or connectorized fibers, including polarization-maintaining fibers.; Enables space-saving collimation.\n\n "
        },
        {
            "id": 43203,
            "name": "Heavy-Duty Manual Lift Stage SSJE Series",
            "url": "https://www.fiberalignment.com/product/heavy-duty-manual-lift-stage-ssje-series/",
            "description": "The SSJE heavy-duty manual lift stage uses a high-quality trapezoidal screw reducer for a very strong load capacity and high motion and positioning.",
            "categories": [
                "Manual Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe SSJE heavy-duty manual lift stage uses a high-quality trapezoidal screw reducer for a very strong load capacity and high motion and positioning accuracy. The main body is high-quality aluminum alloy guided by linear slider guides to ensure smooth motion under heavy loads. Its large travel range meets most requirements, and it is especially suited to precision optical experiments, positioning and machining with strong load capacity and large travel. Thanks to its stable structure, the tabletop does not shake even under large external forces.\n\nProduct Features\n\nThe tabletop is horizontal with the drive center at the tabletop center, guided by surrounding linear slider guides.; Solves the eccentric-load problem of vertical stage use for outstanding stability.; High-quality screw drive for high repeat positioning accuracy and long life.; Precision-ground worm gear drive: high load capacity, fine adjustment and self-locking.; Linear slider guides for high precision and high load capacity.; Material: 6061-T4 aluminum alloy.\n\nTechnical Specifications\n\nModel | SSJE200H75D | SSJE200H150D | SSJE250H75D | SSJE250H150D | SSJE300H75D | SSJE300H150D | \nMechanical Specifications | Tabletop Size (mm) | 200X260 | 250X320 | 300X420 | \nLift Travel | 75 | 150 | 75 | 150 | 75 | 150 | \nBase Height | 200 | 300 | 200 | 300 | 200 | 300 | \nTransmission Mechanism | Ø14×1 Trapezoidal Screw Reducer, ratio 4:1 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 15.36 | 22.04 | 19.66 | 27.74 | 26.54 | 36.63 | \nLoad Capacity (kg) | 50 | 75 | 100 | \nBottom Mounting Hole c | 250 | 300 | 400 | \nBottom Mounting Hole d | 100 | 125 | 150 |"
        },
        {
            "id": 43133,
            "name": "Heavy-Duty Motorized Lift Stage SSJF Series",
            "url": "https://www.fiberalignment.com/product/heavy-duty-motorized-lift-stage-ssjf-series/",
            "description": "The SSJF heavy-duty motorized lift stage uses a high-quality trapezoidal screw reducer for a very strong load capacity and high motion and positioning.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe SSJF heavy-duty motorized lift stage uses a high-quality trapezoidal screw reducer for a very strong load capacity and high motion and positioning accuracy. The main body is high-quality aluminum alloy guided by linear slider guides to ensure smooth motion under heavy loads. Its large travel range meets most requirements, and it is especially suited to precision optical experiments, positioning and machining with strong load capacity and large travel. Thanks to its stable structure, the tabletop does not shake even under large external forces.\n\nProduct Features\n\nThe tabletop is horizontal with the drive center at the tabletop center, guided by surrounding linear slider guides.; Solves the eccentric-load problem of vertical stage use for outstanding stability.; High-quality screw drive for high repeat positioning accuracy and long life.; Precision-ground worm gear drive: high load capacity, fine adjustment and self-locking.; Linear slider guides for high precision and high load capacity.; Material: 6061-T4 aluminum alloy.\n\nTechnical Specifications\n\nModel | SSJF200H75D | SSJF200H150D | SSJF250H75D | SSJF250H150D | SSJF300H75D | SSJF300H150D | \nMechanical Specifications | Tabletop Size (mm) | 200X260 | 250X320 | 300X420 | \nLift Travel | 75 | 150 | 75 | 150 | 75 | 150 | \nBase Height | 200 | 300 | 200 | 300 | 200 | 300 | \nTransmission Mechanism | Ø14×1 Trapezoidal Screw Reducer, ratio 4:1 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 15.60 | 22.20 | 19.90 | 28.00 | 26.70 | 37.10 | \nLoad Capacity (kg) | 50 | 75 | 100 | \nBottom Mounting Hole c | 250 | 300 | 400 | \nBottom Mounting Hole d | 100 | 125 | 150 |"
        },
        {
            "id": 43117,
            "name": "Heavy-Duty Motorized Rotation Stage OMZT-A Series",
            "url": "https://www.fiberalignment.com/product/heavy-duty-motorized-rotation-stage-omzt-a-series/",
            "description": "The OMZT-A heavy-duty motorized rotation stage is a highly cost-effective product with high rotation accuracy developed by Hongxingyang Technology.",
            "categories": [
                "Motorized Rotary Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMZT-A heavy-duty motorized rotation stage is a highly cost-effective product with high rotation accuracy developed by Hongxingyang Technology. It uses a cross-roller bearing ring, precision-ground worm gear and a unique shaft system structure to ensure high rotation accuracy, bringing key indicators such as rotation accuracy, axial runout and radial runout to the industry-advanced level. A unique worm-gear adjustment structure conveniently eliminates mechanical errors for long-term accuracy. The series offers high load capacity, can be used vertically or inverted, and can be combined for multi-axis use.\n\nProduct Features\n\nRotation shaft system precision-machined through multiple processes for high fit accuracy, strong load capacity and long service life.; Precision-ground worm-gear transmission for high positioning performance.; High-grade cross-roller bearing ring for high motion characteristics.; Stepper motor and worm connected by a high-quality flexible coupling for synchronous transmission, good anti-deviation performance and elimination of backlash and form/position errors.; Stepper and servo electrical accessories available, with technical support and product customization.\n\nTechnical Specifications\n\nModel | OMZT60A | OMZT100A | OMZT200A | OMZT300A | \nMechanical Specifications | Angle Range | 360° | \nTabletop Diameter (mm) | 60 | 100 | 200 | 300 | \nWorm Gear Ratio | 90:1 | 160:1 | 160:1 | 240:1 | \nWorm Wheel Material | Tin Bronze | \nGuide (Guiding Mechanism) | Cross Roller Bearing Ring | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.76 | 2.11 | 7.44 | 12.95 | \nAccuracy Specifications | Full-Step Resolution (°) | 0.02 | 0.01125 | 0.01125 | 0.0075 | \nResolution at 1/20 Micro-stepping (°) | 0.001 | 0.0005625 | 0.0005625 | 0.000375 | \nMax Speed (°/s)* | 20 | 11.25 | 11.25 | 7.5 | \nRepeat Positioning Accuracy (°) | 0.005 | \nAxial Runout Accuracy | 50u | 50u | 60u | 60u | \nRadial Runout Accuracy | 50u | 50u | 60u | 60u | \nStatic Parallelism | 80u | 80u | 80u | 100u | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 28 stepper motor (1.8°) | 2-phase 42 stepper motor (1.8°) | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Shinano | Leadshine | \nOperating Current (A) | 1.3 | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.0785 | 0.6 | 1.3 | \nDriver Brand & Model | Leadshine | \nSlide Connector | DB9 (pin) | \nNegative Limit Sensor (built-in) | OMRON | \nSensor Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 20 mA | \nControl Output | MPN open collector output: DC24V, below 8 mA, residual voltage below 0.3 V (at 2 mA load) | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load (kg) | 10 | 20 | 40 | 50 | \nInverted Load (kg) | 5 | 10 | 20 | 25 | \nVertical Load (kg) | 5 | 10 | 20 | 25 | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43025,
            "name": "High-Precision Manual / Semi-Automatic Coupling System",
            "url": "https://www.fiberalignment.com/product/high-precision-manual-semi-automatic-coupling-system/",
            "description": "The high-precision manual/semi-automatic coupling system (designed for PLC coupling and packaging) combines miniaturization, high speed, ease of operation.",
            "categories": [
                "Semi-Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe high-precision manual/semi-automatic coupling system (designed for PLC coupling and packaging) combines miniaturization, high speed, ease of operation and process automation. This new-generation manual coupling system for planar lightwave circuit (PLC) splitter packaging is compact, precise, easy to operate and highly cost-effective. It uses the well-known Newport 562 ULTRAlign precision linear stage with cross-roller bearing design, ensuring high precision, load capacity and long service life, and all fixtures are independently developed in-house.\n\nProduct Features\n\nCompact, high-precision, easy to operate and highly cost-effective.; Uses Newport 562 ULTRAlign precision linear stages with cross-roller bearings for high precision, load capacity and long life.; All fixtures independently developed in-house.; Designed specifically for PLC coupling and packaging.; Combines miniaturization, high speed, simple operation and process automation.\n\nTechnical Specifications\n\nXYZ Travel | 13 mm (X, Z optional 25 mm) | \n\nFree installation, calibration and commissioning; 2-day free training on PLC coupling and system operation."
        },
        {
            "id": 43115,
            "name": "High-Precision Motorized Stage OMST Series",
            "url": "https://www.fiberalignment.com/product/high-precision-motorized-stage-omst-series/",
            "description": "The OMST series is a high-precision stainless-steel motorized linear stage specially designed for small-to-medium sizes and high repetition use.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMST series is a high-precision stainless-steel motorized linear stage specially designed for small-to-medium sizes and high repetition use. The main body uses high-strength 440C stainless steel with an electroless nickel plating, offering good rigidity, high strength and a fine appearance. Precision ball-screw transmission with an integrally constructed Gothic-arch linear ball guide achieves high-precision reciprocating linear motion along the X/Y axis. A standard five-phase Oriental Motor provides high resolution and positioning accuracy, with multiple travel ranges and a certain horizontal load capacity — an ideal solution for a variety of translation applications, best suited to auto-focus and lens applications.\n\nProduct Features\n\nMain body of electroless-nickel-plated high-strength 440C stainless steel for good rigidity, high strength and a fine appearance.; Integrally constructed Gothic-arch linear ball guide minimizes stage thickness for a smooth profile and high rigidity, with load capacity and high positioning accuracy.; Standard five-phase Oriental Motor for automatic adjustment and control.; Ball-screw transmission mechanism for high precision and high transmission efficiency.\n\nTechnical Specifications\n\nModel | OMST6020HL | OMST6020HR | OMST6050KR | OMST60100KR | OMST8030KR | OMST8050KR | \nTravel (mm) | 20 | 20 | 50 | 100 | 30 | 50 | \nTabletop Size (mm) | 60x60 | 60x60 | 60x60 | 60x60 | 80x80 | 80x80 | \nTransmission Type | Ball Screw Ø8, lead 1 mm | Ball Screw Ø8, lead 1 mm | Ball Screw Ø8, lead 1 mm | Ball Screw Ø8, lead 2 mm | Ball Screw Ø8, lead 1 mm | Ball Screw Ø8, lead 1 mm | \nGuide | Linear Ball Guide | Linear Ball Guide | Linear Ball Guide | Linear Ball Guide | Linear Ball Guide | Linear Ball Guide | \nMaterial & Surface Finish | Steel / electroless nickel plated | Steel / electroless nickel plated | Steel / electroless nickel plated | Steel / electroless nickel plated | Steel / electroless nickel plated | Steel / electroless nickel plated | \nWeight (kg) | 0.71 | 0.71 | 1.4 | 1.86 | 2.57 | 2.76 | \nFull-Step Resolution (μm) | 2 | 2 | 2 | 4 | 1 | 1 | \n1/20 Micro-stepping (μm) | 0.1 | 0.1 | 0.1 | 0.2 | 0.05 | 0.05 | \nMax Speed (mm/s)* | 20 | 20 | 30 | 45 | 20 | 20 | \nUnidirectional Positioning Accuracy (μm) | 5 | 5 | 5 | 10 | 5 | 5 | \nRepeat Positioning Accuracy (μm) | ±0.5 | ±0.5 | ±0.5 | ±0.5 | ±0.5 | ±0.5 | \nBacklash (μm) | ≤1 | ≤1 | ≤1 | ≤1 | ≤1 | ≤1 | \nStraightness (μm) | 3 | 3 | 3 | 5 | 3 | 3 | \nParallelism (μm) | 15 | 15 | 15 | 15 | 20 | 20 | \nMotion Parallelism (μm) | ≤10 | ≤10 | ≤10 | ≤10 | ≤10 | ≤10 | \nYaw / Pitch | 15″/20″ | 15″/20″ | 15″/20″ | 20″/25″ | 15″/20″ | 15″/20″ | \nMotor & Step Angle (°) | 5-phase 28 stepper motor, step angle 0.72° | 5-phase 28 stepper motor, step angle 0.72° | 5-phase 28 stepper motor, step angle 0.72° | 5-phase 28 stepper motor, step angle 0.72° | High-resolution 5-phase 28 stepper motor, step angle 0.72° | High-resolution 5-phase 28 stepper motor, step angle 0.72° | \nLimit Sensor (built-in) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | \nHome Sensor (built-in) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | NPN normally-closed output (24V) | \nMax Load (kg) | 10 | 10 | 12 | 12 | 18 | 18 |"
        },
        {
            "id": 43071,
            "name": "High-Precision PLC Semi-Automatic Coupling System",
            "url": "https://www.fiberalignment.com/product/high-precision-plc-semi-automatic-coupling-system/",
            "description": "Standard products and customized solutions are provided to help customers design and assemble the alignment and packaging system best suited.",
            "categories": [
                "Semi-Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nStandard products and customized solutions are provided to help customers design and assemble the alignment and packaging system best suited to their application. This new-generation coupling system for planar lightwave circuit (PLC) splitter packaging is compact, precise, easy to operate and highly cost-effective. Chip fixtures are made of high-quality stainless steel for good mechanical and temperature stability. High-precision touch sensors are fitted on the inlet/outlet fiber array fixtures to provide precise feedback for adhesive-layer gap control. The high-precision motion platform and actuators enable highly accurate, repeatable waveguide coupling, with fast end-face parallel automatic adjustment software.\n\nProduct Features\n\nStandard products and customized solutions to suit the customer's application.; New-generation coupling system for PLC splitter packaging.; Chip fixtures made of high-quality stainless steel for good mechanical and temperature stability.; High-precision touch sensors on the inlet/outlet fiber array fixtures give precise adhesive-layer gap feedback.; High-precision motion platform and actuators for accurate, repeatable waveguide coupling.; Fast end-face parallel automatic adjustment software.\n\n "
        },
        {
            "id": 43205,
            "name": "High-Stability Scissor Lift Stage OMHG90C",
            "url": "https://www.fiberalignment.com/product/high-stability-scissor-lift-stage-omhg90c/",
            "description": "The OMHG90C high-stability scissor lift stage uses high-strength steel with a new process giving a black outer surface, a small thermal expansion.",
            "categories": [
                "Manual Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMHG90C high-stability scissor lift stage uses high-strength steel with a new process giving a black outer surface, a small thermal expansion coefficient and several times higher surface strength. Its scissor lift structure with precision-ground screw drive provides stable height adjustment and very high load capacity. It is simple to operate, reliable and self-locking, ideal for supporting various optical elements at a stable optical-axis height.\n\nProduct Features\n\nScissor lift mechanism: compact structure, large travel and strong load capacity.; Precision-ground screw drive for smooth adjustment.; High-strength steel main body with a special hardened surface for good durability and a fine appearance.; Rich range of specifications with high cost-effectiveness.\n\nTechnical Specifications\n\nModel | Travel (mm) | Overall Height (mm) | Tabletop Size (mm) | Drive Type | Body Material & Surface Finish | Load (kg) | Weight (kg) | Adjustment Method | \nOMHG90C | 94 | 128~222 | 230x150 | Ground Screw Ø12×2 | Steel, specially hardened | 50 | 10.5 | Standard Handwheel Adjustment |"
        },
        {
            "id": 42842,
            "name": "Horizontal Opposed Axis Coupling System FA-HA Series",
            "url": "https://www.fiberalignment.com/product/vertical-shaft-coupling-system-fa-va-series/",
            "description": "The Form.ai horizontal axis coupling system has now been standardized into three versions, which are suitable for coupling optical collimators, optical.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Project Description\n \n The Form.ai horizontal axis coupling system has now been standardized into three versions, which are suitable for coupling optical collimators, optical isolators, CWDM dielectric film patches, CWDM reflection end coupling, CWDM transmission end coupling, etc.\n \n Technical Specifications\n\n Item | \n FA-HA101 | \n FA-HA102 | \n FA-HA103 | \n\n Left Adjustment Frame | \n 5-axis | \n 6-axis | \n 5-axis | \n\n Right Adjustment Frame | \n - | \n 2-axis | \n 2-axis | \n\n Central Loading Stage | \n Fixed | \n - | \n - | \n\n Fixture Configuration | \n Tubular Fixture | \n Tubular Fixture | \n Tubular Fixture | \n\n Visual Observation Channels | \n 1 channel | \n 2 channels | \n 2 channels | \n\n UV Curing Equipment | \n Optional | \n Optional | \n Optional | \n\n Dispensing Equipment | \n Optional | \n Optional | \n Optional | \n\n Optical Inspection Equipment | \n Standard | \n Standard | \n Standard | \n\n Item | \n FA-HA101 | \n FA-HA102 | \n FA-HA103 | \n\n Left Adjustment Frame | \n X-axis Travel (mm) | \n 30 | \n 30 | \n 30 | \n\n X-axis Resolution (μm) | \n 1 | \n 1 | \n 1 | \n\n Y-axis Travel (mm) | \n 20 | \n 20 | \n 20 | \n\n Y-axis Resolution (μm) | \n 1 | \n 1 | \n 1 | \n\n Z-axis Travel (mm) | \n 70 | \n 70 | \n 70 | \n\n Z-axis Resolution (μm) | \n 1 | \n 1 | \n 1 | \n\n θX-axis Travel (°) | \n ±5 | \n ±5 | \n ±5 | \n\n θX-axis Resolution (°) | \n 0.005 | \n 0.005 | \n 0.005 | \n\n θY-axis Travel (°) | \n ±5 | \n ±5 | \n ±5 | \n\n θY-axis Resolution (°) | \n 0.005 | \n 0.005 | \n 0.005 | \n\n θZ-axis Travel (°) | \n - | \n ±8 | \n - | \n\n θZ-axis Resolution (°) | \n - | \n 0.005 | \n - | \n\n Right Adjustment Frame | \n θX-axis Travel (°) | \n - | \n ±5 | \n ±5 | \n\n θX-axis Resolution (°) | \n - | \n 0.005 | \n 0.005 | \n\n θY-axis Travel (°) | \n - | \n ±5 | \n ±5 | \n\n θY-axis Resolution (°) | \n - | \n 0.005 | \n 0.005 | \n\n Visual Observation | \n Working Distance (mm) | \n 86 | \n 86 | \n 86 | \n\n Field of View (mm×mm) | \n 0.9×0.7~8×6 | \n 0.9×0.7~8×6 | \n 0.9×0.7~8×6 | \n\n Magnification | \n 0.6~5.0 | \n 0.6~5.0 | \n 0.6~5.0 | \n\n UV Curing Equipment | \n Wavelength Range (nm) | \n 365~405 | \n 365~405 | \n 365~405 | \n\n Peak Irradiance (mw/cm²) | \n 400~3200 | \n 400~3200 | \n 400~3200 | \n\n Power Adjustment Range | \n 0~100% | \n 0~100% | \n 0~100% | \n\n Control Method | \n IO Control | \n IO Control | \n IO Control | \n\n Dispensing Equipment | \n Dispensing Time (s) | \n 0.001~9.999 | \n 0.001~9.999 | \n 0.001~9.999 | \n\n Precision | \n ±0.5% | \n ±0.5% | \n ±0.5% | \n\n Minimum Dispensing Volume (ml) | \n 0.01 | \n 0.01 | \n 0.01 | \n\n Basic Specifications | \n Power Supply (V) | \n AC220 | \n AC220 | \n AC220 | \n\n Dimension (m×m×m) | \n 0.8×0.6×1.5 | \n 0.8×0.6×1.5 | \n 0.8×0.6×1.5 | \n\n Weight (kg) | \n 140 | \n 140 | \n 140 |"
        },
        {
            "id": 43111,
            "name": "Integral 2-Axis Motorized Stage EPSF-N Series",
            "url": "https://www.fiberalignment.com/product/integral-2-axis-motorized-stage-epsf-n-series/",
            "description": "The EPSF-N series integral 2-axis motorized stage uses stepper-motor control to automate XY spatial displacement.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSF-N series integral 2-axis motorized stage uses stepper-motor control to automate XY spatial displacement. It was developed to meet the need for integral 2D planar motion in industrial production lines, automated machining equipment and automated inspection equipment. It uses a full range of cross-roller guides with ball-screw transmission and an integral structural design that effectively improves orthogonality and motion accuracy. The fully closed tabletop offers a rich variety of mounting-hole combinations to carry various equipment and workpieces. The main body uses high-strength aluminum alloy with an anodized surface.\n\nProduct Features\n\nDual-axis integral orthogonal design with high precision, a thin profile and greatly improved space utilization.; High-quality ball-screw drive meets the requirements of high precision and high repetition frequency.; All precision cross-roller guides for smooth motion and high load capacity.; Fully closed tabletop with various mounting-hole combinations for flexible use in different industrial settings.; Standard two-phase stepper motor; five-phase stepper or servo motors can be fitted as required.; A brake motor is required for vertical use.\n\nTechnical Specifications\n\nModel | EPSF20N | EPSF50N | EPSF100N | EPSF150N | EPSF200N | \nMechanical Specifications | Tabletop Size (mm) | 155x155 | 255x255 | 305x305 | 365x365 | 445x445 | \nTravel (mm) | X: 20, Y: 20 | X: 50, Y: 50 | X: 100, Y: 100 | X: 150, Y: 150 | X: 200, Y: 200 | \nTransmission Mechanism | Ground Screw Ø6×1 | Ground Screw Ø8×2 | Ground Screw Ø8×2 | Ground Screw Ø10×2 | Ground Screw Ø10×2 | \nGuide (Guiding Mechanism) | Cross Roller Guide | \nBody Material & Surface Finish | Aluminum alloy, black/red anodized | \nOverall Height (mm) | 40 | 50 | 50 | 65 | 65 | \nWeight (kg) | 2.8 | 8.5 | 11 | 19 | 26 | \nAccuracy Specifications | Resolution (μm) | 5 | 10 | 10 | 10 | 10 | \nResolution at 1/20 Micro-stepping | 0.25 | 0.5 | 0.5 | 0.5 | 0.5 | \nMax Speed (mm/s) | 5 | 10 | 10 | 10 | 10 | \nUnidirectional Positioning Accuracy (μm) | ≤20 | ≤25 | ≤30 | ≤50 | ≤50 | \nRepeat Positioning Accuracy (μm) | ≤±5 | ≤±5 | ≤±8 | ≤±15 | ≤±15 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (mm) | ≤0.1 | \nMotion Straightness (μm) | ≤15 | ≤20 | ≤25 | ≤30 | ≤35 | \nMotion Parallelism (μm) | ≤15 | ≤20 | ≤25 | ≤30 | ≤35 | \nYaw (\") | ≤30 | ≤50 | ≤50 | ≤60 | ≤65 | \nPitch (\") | ≤35 | ≤50 | ≤50 | ≤60 | ≤65 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 28 stepper motor, step angle 1.8° | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Shinano | Leadshine | \nOperating Current (A) | 1.3 | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.0785 | 0.6 | 1.3 | \nDriver Brand & Model (not included) | Leadshine | \nSlide Connector & Grating Scale Connector | Two DB9 (pin) | \nSlide Connector Cable Type (not included) | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | Photoelectric limit switch, NPN normally-open | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 10kg | 20kg | 20kg | 30kg | 30kg | \nInverted Load | 3kg | 8kg | 8kg | 10kg | 10kg | \nVertical Load | 3kg | 8kg | 8kg | 10kg | 10kg | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43183,
            "name": "Integral Manual Translation Stage OMYE Series",
            "url": "https://www.fiberalignment.com/product/integral-manual-translation-stage-omye-series/",
            "description": "The OMYE integral manual translation stage uses micrometer drive and precision cross-roller guides, with an aluminum-alloy main body for strong load.",
            "categories": [
                "Manual Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMYE integral manual translation stage uses micrometer drive and precision cross-roller guides, with an aluminum-alloy main body for strong load capacity and high sensitivity. The X and XY configurations are both 25 mm high for easy mounting anywhere. An internal spring auto-return mechanism enables backlash-free motion, and for lighter loads the stage maintains excellent travel straightness (deviation < 150 µrad) over the full 13 mm travel.\n\nProduct Features\n\nMicrometer drive for high sensitivity.; Precision cross-roller guides for strong load capacity.; Aluminum-alloy main body, 25 mm high for easy mounting anywhere.; Internal spring auto-return mechanism for backlash-free motion.; Travel straightness deviation < 150 µrad over the full 13 mm travel.\n\nTechnical Specifications\n\nModel | OMYE62A | OMYE62B | OMYE62C | OMYE62D | \nDisplacement Axis | X | X | Y | X | Y | Z | X | Y | Z | \nMax Travel | 13mm | 13mm | 13mm | 13mm | 13mm | 13mm | 13mm | 13mm | 13mm | \nHorizontal Load | 67N | 67N | 67N | 67N | \nVertical Load | 22N | 22N | 22N | 22N | \nAngle Deviation | <150urad | <150urad | <150urad | <150urad | \nDrive Type | Micrometer | Micrometer | Micrometer | Micrometer | \nBody Material | 6061-T4 Aluminum Alloy | 6061-T4 Aluminum Alloy | 6061-T4 Aluminum Alloy | 6061-T4 Aluminum Alloy | \n\nModel | Travel | Tabletop Size (mm) | Guiding Mechanism | Drive Type | Body Material & Surface Finish | Weight (kg) | Resolution | Static Parallelism (mm) | Face Runout (μm) | Radial Runout (μm) | Horizontal Load (kg) | Vertical Load (kg) | \nOMYE108B | X:11mm Y:11mm | 108mmX108mm | Ball Cage + Needle Roller | Precision Micrometer | Aluminum alloy, black anodized | 0.7 | 0.01mm | ≦0.05 | ≦50 | ≦50 | 4.5 | 0.9 | \n\nModel | Travel (mm) | Tabletop Size (mm) | Guiding Mechanism | Drive Type | Body Material & Surface Finish | Weight (kg) | Resolution | Horizontal Load (kg) | Vertical Load (kg) | \nOMYE108B | X:13mm Y:13mm | 108mmX108mm | Cross Roller Guide | Precision Micrometer | Aluminum alloy, black anodized | 0.7 | 0.01mm | 4.5 | 0.9 | \n\nModel | Travel (mm or °) | Tabletop Size (mm) | Guiding Mechanism | Drive Type | Body Material & Surface Finish | Weight (kg) | Resolution | Horizontal Load (kg) | Vertical Load (kg) | \nOMYE106Z | X: 13 mm, Y: 13 mm, 360° rotation | Φ106mm | Cross Roller Guide + Deep Groove Ball Bearing | Precision Micrometer | Aluminum alloy, black anodized | 0.72 | 0.01mm | 4.5 | 0.9 | \n\nModel | Body Material | Thread Specification | Surface Finish | \nOMSPJ25A | 6061-T4 Aluminum Alloy | SM1 External Thread | Black Anodized | \n\nModel | Body Material | Spring Clip Rotation Angle | Fixing Method | \nOMSPJ70B | 304 Stainless Steel | 360° | M4 Shoulder Screw |"
        },
        {
            "id": 43093,
            "name": "Inverted Microscope 2-Axis Motorized Stage EPSJ01",
            "url": "https://www.fiberalignment.com/product/inverted-microscope-2-axis-motorized-stage-epsj01/",
            "description": "The EPSJ01 inverted microscope 2-axis motorized stage is an embedded replacement for a manual stage, allowing motorized XY positioning of microscope.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSJ01 inverted microscope 2-axis motorized stage is an embedded replacement for a manual stage, allowing motorized XY positioning of microscope samples. The stage is fixed to an optical platform or breadboard as part of a self-built microscope or in typical photonics applications. It offers high-speed scanning and high positioning accuracy, ideal for manual or automatic positioning of specimens and samples in many microscopy or imaging applications. Combined with a stable control system and joystick options, cell-level precise manual positioning and control are easily achieved, and the stage can be combined with a Z-axis piezo stage for laser scanning microscopy.\n\nProduct Features\n\nCan be integrated with an inverted microscope.; High-quality, high-precision linear guides.; High repeatability (5 µm) and high positioning accuracy (30 µm).; Strong load capacity in an ultra-thin structure.\n\nTechnical Specifications\n\nModel | EPSJ01 | | \nMechanical Specifications | Tabletop Size (mm) | 244x218 | | \n | \nTravel (mm) | 80x60 | | \nTransmission Mechanism | Precision Ball Screw Ø6×1 | | \nGuide | Cross Roller Guide | | \nBody Material & Surface Finish | Aluminum alloy, black anodized | | \nOverall Height (mm) | 58.5 | | \nWeight (kg) | 5 | | \nAccuracy Specifications | Full-Step Resolution (μm) | 5 | | \n | \nMax Speed (mm/s) | 5 | | \nUnidirectional Positioning Accuracy (μm) | ≤30 | | \nRepeat Positioning Accuracy (μm) | ≤±5 | | \nBacklash (μm) | ≤5 | | \nStatic Parallelism (μm) | ≤50 | | \nStraightness (μm) | ≤30 | | \nMotion Parallelism (μm) | ≤30 | | \nYaw (\") | ≤50 | | \nPitch (\") | ≤50 | | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 28 stepper motor, step angle 1.8° | | \nMotor Brand & Model | KGG | | \nOperating Current (A) | 0.75 | | \nMotor Torque (N·m) | 0.052 | | \nDriver Brand & Model | KGG | | \nSlide Connector | DB25 Socket | | \nSlide Connector Cable Type | High-Flex Cable | | \nSlide Connector Cable Length (m) | 0.2 | | \nLimit Sensor (built-in) | NPN-PCB–1L–1406 | | \nHome Sensor (built-in) | NPN-PCB–1L–1406 | | \nSensor Supply Voltage | DC24V ±10% | | \nCurrent Consumption (mA) | Total below 30 mA | | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load) | | \n | \n | \n | \nOutput Logic | Output transistor OFF (cut off) at limit; | | \n | \nLoad | Horizontal Load (kg) | 2 | | \nInverted Load (kg) | 1 | | \nVertical Load (kg) | 1 | | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. | |"
        },
        {
            "id": 43037,
            "name": "LENS Coupling System — Automatic Lens Coupling Equipment",
            "url": "https://www.fiberalignment.com/product/lens-coupling-system-automatic-lens-coupling-equipment/",
            "description": "The self-developed LENS coupling system carrier loading/unloading LR4 lens TX/RX fully automatic coupling equipment is used for coupling and packaging.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe self-developed LENS coupling system carrier loading/unloading LR4 lens TX/RX fully automatic coupling equipment is used for coupling and packaging of 5G long-distance optical communication products. It suits 25G BOX single-path lens coupling, 100G BOX TX lens coupling and RX lens coupling, and collimator or adapter fiber alignment processes. It performs automatic peak coupling, automatic carrier loading/unloading, CCD vision-guided positioning, automatic lens pickup, automatic BOX housing pickup, automatic power-up, automatic coupling, automatic dispensing-needle wiping, automatic dispensing and automatic UV curing. The machine uses a granite platform with independent air-floating vibration isolation.\n\nProduct Features\n\nMainly used for 4-piece coupling; completes lens coupling and ferrule coupling in one pass.; 3 XY platforms, 2 Z axes, motorized TxTy flattening.; Fully free and arbitrarily programmable (similar to imported coupling machines).; Mechanical structure: reasonable layout, easy maintenance.; Circuit hardware: simple wiring, easy maintenance.; Software programming: standard software is easy to learn; Chinese-language programming lets customers write flows and adjust coupling algorithms flexibly.; Non-standard customization based on customer needs, jointly developed with the customer.; Supply chain: proprietary circuits and software, in-house machining partners and high-quality stable component sourcing.\n\n "
        },
        {
            "id": 43243,
            "name": "Lens Fiber Coupler",
            "url": "https://www.fiberalignment.com/product/lens-fiber-coupler/",
            "description": "The OMGT05A lens fiber coupler provides a convenient way to align fiber with a lens, achieving efficient laser-to-fiber coupling and output collimation.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMGT05A lens fiber coupler provides a convenient way to align fiber with a lens, achieving efficient laser-to-fiber coupling and output collimation in a compact space. The OMGT05A is designed for bare fibers. Ultra-fine M5x0.25 X-Y adjustment screws achieve optimum coupling efficiency and precise fiber positioning, and a knurled knob with precision M16x0.75 thread enables Z axial motion without rotating the fiber. This makes it easy to insert a breadboard or prototype optical system into existing fiber-optic equipment.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Convenient alignment of fiber with a lens for efficient laser-to-fiber coupling and output collimation.; Designed for bare fibers.; Ultra-fine M5x0.25 X-Y adjustment screws for optimum coupling efficiency.; Knurled M16x0.75 knob enables Z axial motion without rotating the fiber.; Mounts easily to breadboards and platforms.\n\nTechnical Specifications\n\nModel | Displacement Axis | Travel Range | Adjustment Thread | \nOMGT05A | XYZ | X±1.6, Y±1.6, Z±3.6 | M5x0.25 M16X0.75 | \nOMGT06A | XYZθZ | X±1.6, Y±1.6, Z±3.6 | M5x0.25 M16X0.75 |"
        },
        {
            "id": 43091,
            "name": "Linear Motor Stage EPSZ Series",
            "url": "https://www.fiberalignment.com/product/linear-motor-stage-epsz-series/",
            "description": "The linear motor used in the EPSZ linear motor stage is an electromagnetic direct drive. Such motors eliminate the mechanical parts in the power.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe linear motor used in the EPSZ linear motor stage is an electromagnetic direct drive. Such motors eliminate the mechanical parts in the power transmission system and transmit drive force directly to the motion platform without friction, enabling high speed and high acceleration. A coreless motor is ideal for positioning tasks with extremely high precision requirements, since it does not interact adversely with permanent magnets; it runs smoothly even at very low speed and produces no vibration at high speed, avoiding non-linear control behavior with easy control at every position. A non-contact, ultra-high-precision optical encoder measures the platform position directly.\n\nProduct Features\n\nThree-phase coreless linear motor direct drive.; Precision cross-roller guides effectively ensure motion accuracy and straightness.; Non-contact linear encoder with nanometer resolution.; Unique assembly process requirements ensure product consistency.\n\nTechnical Specifications\n\nModel | EPSZ50 | EPSZ100 | EPSZ150 | EPSZ200 | \nMechanical Specifications | Dimensions | 165X165 | 225X225 | 300X300 | 360X360 | \nTravel (mm) | X: 50，, Y: 50 | X: 100，, Y: 100 | X: 150，, Y: 150 | X: 200，, Y: 200 | \nTabletop Size (mm) | 165X165 | 225X225 | 300X300 | 360X360 | \nGuide (Guiding Mechanism) | Precision Cross Roller Guide | Precision Cross Roller Guide | Precision Cross Roller Guide | Precision Cross Roller Guide | \nBody Material & Surface Finish | 6061T6 | 6061T6 | 6061T6 | 6061T6 | \nLoad (kg) | 5 | 5 | 10 | 10 | \nMax Acceleration, Upper Axis (g) | 3.5 | 2.5 | 3.5 | 3.5 | \nMax Acceleration, Lower Axis (g) | 1.5 | 1 | 1.5 | 1.5 | \nTotal Thickness (mm) | 80 | 80 | 80 | 80 | \nWeight (kg) | 6 | 10 | 16 | 20 | \nAccuracy Specifications | Grating Scale Resolution (μm) | 0.05 | 0.05 | 0.05 | 0.05 | \nMax Speed (mm/s)* | 100 | 200 | 300 | 300 | \nRepeat Positioning Accuracy (μm) | ±0.5 | ±0.5 | ±1 | ±1 | \nPitch (\") | 10 | 10 | 15 | 15 | \nYaw (\") | 10 | 10 | 15 | 15 | \nMotor Specifications | Motor | 3-phase coreless linear motor | 3-phase coreless linear motor | 3-phase coreless linear motor | 3-phase coreless linear motor | \nContinuous/Peak Thrust (N) | 17.6/88 | 17.6/88 | 35.2/176 | 35.2/176 | \nMotor Force Constant (N/Arms) | 11 | 11 | 22 | 22 | \nContinuous Current (Arms) | 1.8 | 1.8 | 1.8 | 1.8 | \nPeak Current (Arms) | 8 | 8 | 8 | 8 | \nSlide Connector | Two DB15, two 4-pin aviation connectors, two 5-pin aviation connectors | Two DB15, two 4-pin aviation connectors, two 5-pin aviation connectors | Two DB15, two 4-pin aviation connectors, two 5-pin aviation connectors | Two DB15, two 4-pin aviation connectors, two 5-pin aviation connectors |"
        },
        {
            "id": 43103,
            "name": "Linear Piezo Stage EPSK Series",
            "url": "https://www.fiberalignment.com/product/linear-piezo-stage-epsk-series/",
            "description": "The linear piezo stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level over a range.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe linear piezo stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level over a range of hundreds of millimeters — solving the problem of traditional nano stages' short travel and micrometer motorized stages' lower precision. It is widely used in research, semiconductor, advanced manufacturing, biomedical, optics and communications industries. The piezo-driven stage requires no lubrication, is vacuum-compatible, has both stepping and scanning modes, and achieves sub-nanometer resolution positioning over a macroscopic travel range.\n\nProduct Features\n\nCompact and highly rigid.; Zero-clearance, high-precision flexure-hinge guide system.; Piezo actuator with extremely long service life.; With displacement sensor for closed-loop position and speed control.\n\nTechnical Specifications\n\nModel | EPSK3020A | EPSK3030A | EPSK3040A | EPSK4025A | \nDimensions (L×W×H) | 33.2x30.0x11.5（mm） | 43.2x30.0x11.5（mm） | 53.2x30.0x11.5（mm） | 43.2x40.0x15.0（mm） | \nTabletop Flatness | 10（um） | 10（um） | 10（um） | 10（um） | \nTotal Mass | 33（g） | 45（g） | 60（g） | 72（g） | \nBody Material | Aluminum Alloy | Aluminum Alloy | Aluminum Alloy | Aluminum Alloy | \nDrive | PZT Piezo Ceramic | PZT Piezo Ceramic | PZT Piezo Ceramic | PZT Piezo Ceramic | \nWire | Shielded Cable, Copper Wire | Shielded Cable, Copper Wire | Shielded Cable, Copper Wire | Shielded Cable, Copper Wire | \nMotion Range | ±10mm | ±15mm | ±20mm | ±12.5mm | \nMax Speed | 2~3mm/s | 2~3mm/s | 2~3mm/s | 2~3mm/s | \nFine Stepping | 1nm | 1nm | 1nm | 1nm | \nFine Adjustment Range | 2500nm | 2500nm | 2500nm | 2500nm | \nRepeat Positioning Accuracy | ±150 nm (typical), high-precision ±50 nm | ±150 nm (typical), high-precision ±50 nm | ±150 nm (typical), high-precision ±50 nm | ±150 nm (typical), high-precision ±50 nm | \nSensor Resolution | 1, 4, 20, 100, 500, 1000nm | 1, 4, 20, 100, 500, 1000nm | 1, 4, 20, 100, 500, 1000nm | 1, 4, 20, 100, 500, 1000nm | \nPosition Sensor | Grating | Grating | Grating | Grating | \nMounting Orientation | Horizontal Mount | Horizontal Mount | Horizontal Mount | Horizontal Mount | \nLoad in Vertical Motion Direction | 20N | 20N | 20N | 20N | \nLoad along Motion Direction | 2N | 2N | 2N | 2N | \nOperating Temperature | -20~80℃ | -20~80℃ | -20~80℃ | -20~80℃ | \nOperating Humidity | Relative humidity 40-60% | Relative humidity 40-60% | Relative humidity 40-60% | Relative humidity 40-60% | \nVacuum Compatibility | Vacuum version available | Vacuum version available | Vacuum version available | Vacuum version available | \nControl Type | Open-Loop / Closed-Loop | Open-Loop / Closed-Loop | Open-Loop / Closed-Loop | Open-Loop / Closed-Loop | \nMax Drive Voltage | 80V | 80V | 80V | 80V | \nMounting Requirements | Mounting Face Flatness 0.01 mm | Mounting Face Flatness 0.01 mm | Mounting Face Flatness 0.01 mm | Mounting Face Flatness 0.01 mm |"
        },
        {
            "id": 43105,
            "name": "Linear Piezo Stage EPSL Series",
            "url": "https://www.fiberalignment.com/product/linear-piezo-stage-epsl-series/",
            "description": "The linear piezo stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level over a range.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe linear piezo stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level over a range of hundreds of millimeters — solving the problem of traditional nano stages' short travel and micrometer motorized stages' lower precision. Widely used in research, semiconductor, advanced manufacturing, biomedical, optics and communications industries. The piezo-driven stage requires no lubrication, is vacuum-compatible, has both stepping and scanning modes, and achieves sub-nanometer resolution positioning over a macroscopic travel range.\n\nProduct Features\n\nCompact and highly rigid.; Zero-clearance, high-precision flexure-hinge guide system.; Piezo actuator with extremely long service life.; With displacement sensor for closed-loop position and speed control.\n\nTechnical Specifications\n\nModel | EPSL15A | EPSL23A | EPSL37A | EPSL92A | \nDimensions (L×W×H) | 33.4x20.0x12.8（mm） | 43.4x20.0x12.8（mm） | 53.4x20.0x12.8（mm） | 123.0x28.0x15.5（mm） | \nTabletop Flatness | 10（um） | 10（um） | 10（um） | 10（um） | \nTotal Mass | 64（g） | 72（g） | 91（g） | 219（g） | \nBody Material | Aluminum Alloy | Aluminum Alloy | Aluminum Alloy | Aluminum Alloy | \nDrive | PZT Piezo Ceramic | PZT Piezo Ceramic | PZT Piezo Ceramic | PZT Piezo Ceramic | \nWire | Shielded Cable, Copper Wire | Shielded Cable, Copper Wire | Shielded Cable, Copper Wire | Shielded Cable, Copper Wire | \nMotion Range | ±7.5mm | ±11.5mm | ±18.5mm | ±46mm | \nMax Speed | 2~3mm/s | 2~3mm/s | 2~3mm/s | 2~3mm/s | \nFine Stepping | 1nm | 1nm | 1nm | 1nm | \nFine Adjustment Range | 2500nm | 2500nm | 2500nm | 2500nm | \nRepeat Positioning Accuracy | ±150 nm (typical), high-precision ±50 nm | ±150 nm (typical), high-precision ±50 nm | ±150 nm (typical), high-precision ±50 nm | ±200 nm (typical), high-precision ±75 nm | \nSensor Resolution | 1, 4, 20, 100, 500, 1000nm | 1, 4, 20, 100, 500, 1000nm | 1, 4, 20, 100, 500, 1000nm | 1, 4, 20, 100, 500, 1000nm | \nPosition Sensor | Grating | Grating | Grating | Grating | \nMounting Orientation | Horizontal Mount | Horizontal Mount | Horizontal Mount | Horizontal Mount | \nLoad in Vertical Motion Direction | 20N | 20N | 20N | 20N | \nLoad along Motion Direction | 2N | 2N | 2N | 2N | \nOperating Temperature | -20~80℃ | -20~80℃ | -20~80℃ | -20~80℃ | \nOperating Humidity | Relative humidity 40-60% | Relative humidity 40-60% | Relative humidity 40-60% | Relative humidity 40-60% | \nVacuum Compatibility | Vacuum version available | Vacuum version available | Vacuum version available | Vacuum version available | \nControl Type | Open-Loop / Closed-Loop | Open-Loop / Closed-Loop | Open-Loop / Closed-Loop | Open-Loop / Closed-Loop | \nMax Drive Voltage | 80V | 80V | 80V | 80V | \nMounting Requirements | Mounting Face Flatness 0.01 mm | Mounting Face Flatness 0.01 mm | Mounting Face Flatness 0.01 mm | Mounting Face Flatness 0.01 mm |"
        },
        {
            "id": 43107,
            "name": "Linear Piezo Stage EPSM100A",
            "url": "https://www.fiberalignment.com/product/linear-piezo-stage-epsm100a/",
            "description": "The linear piezo stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level over a range.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe linear piezo stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level over a range of hundreds of millimeters — solving the problem of traditional nano stages' short travel and micrometer motorized stages' lower precision. Widely used in research, semiconductor, advanced manufacturing, biomedical, optics and communications industries. The piezo-driven stage requires no lubrication, is vacuum-compatible, has both stepping and scanning modes, and achieves sub-nanometer resolution positioning.\n\nProduct Features\n\nCompact and highly rigid.; Zero-clearance, high-precision flexure-hinge guide system.; Piezo actuator with extremely long service life.; With displacement sensor for closed-loop position and speed control.\n\nTechnical Specifications\n\nModel | Dimensions (L×W×H) | Tabletop Flatness | Total Mass | Body Material | Drive | Wire | X-Axis Travel | Y-Axis Travel | Max Speed | Fine Stepping | Fine Adjustment Range | Repeat Positioning Accuracy | Sensor Resolution | Position Sensor | Mounting Orientation | Load in Vertical Motion Direction | Load along Motion Direction | Operating Temperature | Operating Humidity | Vacuum Compatibility | Control Type | Max Drive Voltage | Mounting Requirements | \nEPSM100A | 138.0x138.0x32.0（mm） | 10（um） | 1100（g） | Aluminum Alloy | PZT Piezo Ceramic | Shielded Cable, Copper Wire | ±50mm | ±50mm | 2mm/s | 1nm | 2500nm | ±200 nm (typical), high-precision ±75 nm | 1, 4, 20, 100, 500, 1000nm | Grating | Horizontal Mount | 40N | 2N | 0~60℃ | At 40 °C, relative humidity 60% (non-condensing) | Vacuum version available | Open-Loop / Closed-Loop | 80V | Mounting Face Flatness 0.01 mm |"
        },
        {
            "id": 43109,
            "name": "Linear Piezo Stage EPSN100L",
            "url": "https://www.fiberalignment.com/product/linear-piezo-stage-epsn100l/",
            "description": "The linear piezo stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level over a range.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe linear piezo stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level over a range of hundreds of millimeters — solving the problem of traditional nano stages' short travel and micrometer motorized stages' lower precision. Widely used in research, semiconductor, advanced manufacturing, biomedical, optics and communications industries. The piezo-driven stage requires no lubrication, is vacuum-compatible, has both stepping and scanning modes, and achieves sub-nanometer resolution positioning.\n\nProduct Features\n\nCompact and highly rigid.; Zero-clearance, high-precision flexure-hinge guide system.; Piezo actuator with extremely long service life.; With displacement sensor for closed-loop position and speed control.\n\nTechnical Specifications\n\nModel | Dimensions (L×W×H) | Tabletop Flatness | Total Mass | Body Material | Drive | Wire | Motion Range | Repeat Positioning Accuracy | Sensor Resolution | Position Sensor | Mounting Orientation | Load in Vertical Motion Direction | Load along Motion Direction | Operating Temperature | Operating Humidity | Vacuum Compatibility | Control Type | \nEPSN100L | 34.5x31.0x21.4（mm） | 10（um） | 45（g） | Aluminum Alloy | PZT Piezo Ceramic | Shielded Cable, Copper Wire | 100 um | 50 nm (typical) | 1, 4, 20nm | Grating | Horizontal Mount | 5N | 2N | -20~80℃ | Relative humidity 60% | Vacuum version available | Open-Loop / Closed-Loop |"
        },
        {
            "id": 42934,
            "name": "Longmen frame visual module",
            "url": "https://www.fiberalignment.com/product/longmen-frame-visual-module/",
            "description": "Color high-definition imaging, high image recognition accuracy, high electronic magnification, wide field of view, and multi-directional visual inspection..",
            "categories": [
                "Vision Inspection Modules"
            ],
            "specifications_and_description": "Product Introduction\n\r\nIt mainly consists of industrial cameras, industrial lenses, gantry frames, optical platforms, and display screens, which can be used to assist the human eye in recognizing and measuring small objects.\r\n\r\nThe bracket design is characterized by the ability to design monocular, binocular, tri ocular, and multi ocular brackets according to requirements. The bracket slider supports six dimensional adjustment of the optical platform array, with standard hole spacing and threaded holes that can fix various detection platforms.\r\n\nProduct Features\n\r\nColor high-definition imaging, high image recognition accuracy, high electronic magnification, wide field of view, and multi-directional visual inspection. Observation angles can be customized according to needs for front view, top view, bottom view, and side view"
        },
        {
            "id": 43141,
            "name": "Magnetic-Balanced Direct-Drive Lift Stage OMZS25C",
            "url": "https://www.fiberalignment.com/product/magnetic-balanced-direct-drive-lift-stage-omzs25c/",
            "description": "The OMZS25C magnetic-balanced direct-drive lift stage uses a coreless linear motor drive, eliminating the mechanical parts in the power transmission.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMZS25C magnetic-balanced direct-drive lift stage uses a coreless linear motor drive, eliminating the mechanical parts in the power transmission system and transmitting drive force directly to the motion platform without friction for high speed and high acceleration. A non-contact, ultra-high-precision optical encoder measures the platform position directly. Cross-roller guides replace the point contact of balls with the line contact of hardened rollers, significantly increasing rigidity and requiring less preload, which reduces friction and enables smoother motion. A magnetic spring can be adjusted for different loads and prevents the carriage from drifting down even when motor power is cut.\n\nProduct Features\n\nThree-phase coreless linear motor direct drive.; Magnetic spring balances gravity.; The tabletop meets special application needs and offers various mounting-hole combinations for flexible use in different industrial settings.; Non-contact, ultra-high-precision optical encoder measures the platform position directly.\n\nTechnical Specifications\n\nModel | OMZS25C | \nMechanical Specifications | Dimensions | 185x185 | \nTravel (mm) | Z: 25 | \nTabletop Size (mm) | 185X185 | \nGuide (Guiding Mechanism) | Precision Cross Roller Guide | \nBody Material & Surface Finish | 6061T6 | \nLoad (kg) | 1 | \nZ-Axis Max Acceleration (g) | 0.2 | \nTotal Thickness (mm) | 170 | \nWeight (kg) | 9.3 (measured) | \nAccuracy Specifications | Grating Scale Resolution (μm) | 0.05 | \nMax Speed (mm/s)* | 100 | \nRepeat Positioning Accuracy (μm) | ±1 | \nPitch (\") | 30 | \nYaw (\") | 30 | \nMotor Specifications | Motor | 3-phase coreless linear motor | \nContinuous/Peak Thrust (N) | 17.6/88 | \nMotor Force Constant (N/Arms) | 11 | \nContinuous Current (Arms) | 1.8 (measured) | \nPeak Current (Arms) | 8 (measured) | \nSlide Connector | One DB15, one 4-pin aviation connector, one 5-pin aviation connector | \nNote: accuracy data measured in the lab; max speed is at no load and decreases with load; max acceleration is at no load. |"
        },
        {
            "id": 43263,
            "name": "Manual 2-Axis Translation Stage (XY)",
            "url": "https://www.fiberalignment.com/product/manual-2-axis-translation-stage-xy/",
            "description": "The OMSDH02 cross-roller-guide 2-axis manual translation stage (XY direction) uses an aluminum-alloy main body with high sensitivity and a small footprint.",
            "categories": [
                "Multi-Axis Manual Translation Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMSDH02 cross-roller-guide 2-axis manual translation stage (XY direction) uses an aluminum-alloy main body with high sensitivity and a small footprint. Cross-roller guides with micrometer or thread-pair drive give a sensitivity of less than 2 µm. The cross-roller-guide structure provides greater load capacity and better movement stability and smoothness. Micrometer adjustment allows direct reading for very convenient use, making it one of the most widely used stage styles. Mounting holes in the base connect directly to other tabletops or via a mounting base plate.\n\nProduct Features\n\nCross-roller guides for strong load capacity, good wear resistance and key indicators such as sensitivity.; Aluminum-alloy main body with a black finish, suitable for optical experiments requiring high manual adjustment precision.; Micrometer drive; each product comes in left, right and center drive versions for flexible selection.; Rich range of sizes, good compatibility, short lead time and high cost-effectiveness.; Dovetail guide: large travel, strong load capacity.; Ground screw with a small pitch for high sensitivity.; Graduated scale for fast, convenient reading.; Locking function for good locking and high stability.\n\nTechnical Specifications\n\nModel | OMSDH02AE | OMSDH02AF | OMSDH02AG | OMSDH02AH | OMSDH0ABI | OMSDH0ABJ | \nMechanical Specifications | Tabletop Size (mm) | 40X40 | 60X60 | 65X65 | 80X80 | 100X100 | 125X125 | \nTravel (mm) | X: 13 | X: 13 | X: 25 | X: 25 | X: 25 | X: 25 | \nY: 13 | Y: 13 | Y: 25 | Y: 25 | Y: 25 | Y: 25 | \nStandard Translation Stage Used | X: SPYD 40L(R)(ZL)(ZR) | X: SPYD 60L(R)(ZL)(ZR) | X: SPYD 65L(R)(ZL)(ZR) | X: SPYD 80L(R)(ZL)(ZR) | X: SPYD 100L(R)(ZL)(ZR) | X: SPYD 125L(R)(ZL)(ZR) | \nY: SPYD 40L(R)(ZL)(ZR) | Y: SPYD 60L(R)(ZL)(ZR) | Y: SPYD 65L(R)(ZL)(ZR) | Y: SPYD 80L(R)(ZL)(ZR) | Y: SPYD 100L(R)(ZL)(ZR) | Y: SPYD 125L(R)(ZL)(ZR) | \nTransmission Mechanism | Micrometer | \nGuide (Guiding Mechanism) | Cross Roller Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.3 | 0.45 | 0.5 | 1.0 | 1.4 | 2.0 | \nAccuracy Specifications | Micrometer Minimum Reading | 0.01mm | \nParallelism | <30 um | \nYaw (\") | <25 | \nOptional Mounting Base Plate | OMLA01 | NA | OMLA02 | OMLA03 | OMLA04 | \nLoad (kg) | 3 | 5 | 5 | 7 | 15 | 20 | \n\nModel | OMSDH02AA | OMSDH02AB | OMSDH02AC | OMSDH02AD | \nMechanical Specifications | Tabletop Size (mm) | 65X65 | \nTravel (mm) | X: 25 | X: 50 | X: 75 | X: 100 | \nY: 25 | Y: 50 | Y: 75 | Y: 100 | \nStandard Translation Stage Used | X: SPYB25 | X: SPYB50 | X: SPYB75 | X: SPYB100 | \nY: SPYB25 | Y: SPYB50 | Y: SPYB75 | Y: SPYB100 | \nTransmission Mechanism | Fine-Thread Ground Screw | \nGuide (Guiding Mechanism) | Dovetail Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.6 | 0.7 | 0.8 | 1.0 | \nMinimum Reading | 0.1mm | \nLoad | 5kg |"
        },
        {
            "id": 43265,
            "name": "Manual 2-Axis Translation Stage (XZ)",
            "url": "https://www.fiberalignment.com/product/manual-2-axis-translation-stage-xz/",
            "description": "The OMSDH02 cross-roller-guide 2-axis manual translation stage (XZ direction) uses an aluminum-alloy main body with high sensitivity and a small footprint.",
            "categories": [
                "Multi-Axis Manual Translation Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMSDH02 cross-roller-guide 2-axis manual translation stage (XZ direction) uses an aluminum-alloy main body with high sensitivity and a small footprint. Cross-roller guides with micrometer or thread-pair drive give a sensitivity of less than 2 µm. The cross-roller-guide structure provides greater load capacity and better movement stability and smoothness. Micrometer adjustment allows direct reading for very convenient use. Mounting holes in the base connect directly to other tabletops or via a mounting base plate.\n\nProduct Features\n\nCross-roller guides for strong load capacity, good wear resistance and key indicators such as sensitivity.; Aluminum-alloy main body with a black finish, suitable for optical experiments requiring high manual adjustment precision.; Micrometer drive; each product comes in left, right and center drive versions for flexible selection.; Rich range of sizes, good compatibility, short lead time and high cost-effectiveness.; Dovetail guide: large travel, strong load capacity.; Ground screw with a small pitch for high sensitivity.; Graduated scale for fast, convenient reading.; Locking function for good locking and high stability.\n\nTechnical Specifications\n\nModel | OMSDH02BE | OMSDH02BF | OMSDH02BG | OMSDH02BH | OMSDH02BI | OMSDH02BJ | \nMechanical Specifications | Tabletop Size (mm) | 40X40 | 60X60 | 65X65 | 80X80 | 100X100 | 125X125 | \nTravel (mm) | X: 13 | X: 13 | X: 25 | X: 25 | X: 25 | X: 25 | \nZ: 13 | Z: 13 | Z: 25 | Z: 25 | Z: 25 | Z: 25 | \nStandard Translation Stage Used | X: SPYD 40L(R)(ZL)(ZR) | X: SPYD 60L(R)(ZL)(ZR) | X: SPYD 65L(R)(ZL)(ZR) | X: SPYD 80L(R)(ZL)(ZR) | X: SPYD 100L(R)(ZL)(ZR) | X: SPYD 125L(R)(ZL)(ZR) | \nZ: SPYZ 40L(R) | Z: SPYZ 60L(R) | Z: SPYZ 65L(R) | Z: SPYZ 80L(R) | Z: SPYZ 100L(R) | Z: SPYZ 125L(R) | \nTransmission Mechanism | Micrometer | \nGuide (Guiding Mechanism) | Cross Roller Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.4 | 0.7 | 0.75 | 1.5 | 2.0 | 2.8 | \nAccuracy Specifications | Micrometer Minimum Reading | 0.01mm | \nParallelism | <30 um | \nYaw (\") | <25 | \nOptional Mounting Base Plate | OMLA01 | NA | OMLA02 | OMLA03 | OMLA04 | \nLoad (kg) | 2.1 | 3.5 | 3.5 | 4.9 | 10.5 | 14 | \n\nModel | OMSDH02BA | OMSDH02BB | OMSDH02BC | OMSDH02BD | \nMechanical Specifications | Tabletop Size (mm) | 65X65 | \nTravel (mm) | X: 25 | X: 50 | X: 75 | X: 100 | \nZ: 25 | Z: 50 | Z: 75 | Z: 100 | \nStandard Translation Stage Used | X: SPYB25 | X: SPYB50 | X: SPYB75 | X: SPYB100 | \nZ: SPYB25 | Z: SPYB50 | Z: SPYB75 | Z: SPYB100 | \nTransmission Mechanism | Fine-Thread Ground Screw | \nGuide (Guiding Mechanism) | Dovetail Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.9 | 0.95 | 1.1 | 1.3 | \nMinimum Reading | 0.1mm | \nLoad | 5kg |"
        },
        {
            "id": 43267,
            "name": "Manual 3-Axis Translation Stage (XYZ)",
            "url": "https://www.fiberalignment.com/product/manual-3-axis-translation-stage-xyz/",
            "description": "The OMSDH03 cross-roller-guide 3-axis manual translation stage (XYZ direction) uses an aluminum-alloy main body with high sensitivity and a small.",
            "categories": [
                "Multi-Axis Manual Translation Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMSDH03 cross-roller-guide 3-axis manual translation stage (XYZ direction) uses an aluminum-alloy main body with high sensitivity and a small footprint. Cross-roller guides with micrometer or thread-pair drive give a sensitivity of less than 2 µm. The cross-roller-guide structure provides greater load capacity and better movement stability and smoothness. Micrometer adjustment allows direct reading for very convenient use. Mounting holes in the base connect directly to other tabletops or via a mounting base plate.\n\nProduct Features\n\nCross-roller guides for strong load capacity, good wear resistance and key indicators such as sensitivity.; Aluminum-alloy main body with a black finish, suitable for optical experiments requiring high manual adjustment precision.; Micrometer drive; each product comes in left, right and center drive versions for flexible selection.; Rich range of sizes, good compatibility, short lead time and high cost-effectiveness.; Dovetail guide: large travel, strong load capacity.; Ground screw with a small pitch for high sensitivity.; Graduated scale for fast, convenient reading.; Locking function for good locking and high stability.\n\nTechnical Specifications\n\nModel | OMSDH03AE | OMSDH03AF | OMSDH03AG | OMSDH03AH | OMSDH03AI | OMSDH03AJ | \nMechanical Specifications | Tabletop Size (mm) | 40X40 | 60X60 | 65X65 | 80X80 | 100X100 | 125X125 | \nTravel (mm) | X: 13 | X: 13 | X: 25 | X: 25 | X: 25 | X: 25 | \nY: 13 | Y: 13 | Y: 25 | Y: 25 | Y: 25 | Y: 25 | \nZ: 13 | Z: 13 | Z: 25 | Z: 25 | Z: 25 | Z: 25 | \nStandard Translation Stage Used | X: SPYD 40L(R)(ZL)(ZR) | X: SPYD 60L(R)(ZL)(ZR) | X: SPYD 65L(R)(ZL)(ZR) | X: SPYD 80L(R)(ZL)(ZR) | X: SPYD 100L(R)(ZL)(ZR) | X: SPYD 125L(R)(ZL)(ZR) | \nY: SPYD 40L(R)(ZL)(ZR) | Y: SPYD 60L(R)(ZL)(ZR) | Y: SPYD 65L(R)(ZL)(ZR) | Y: SPYD 80L(R)(ZL)(ZR) | Y: SPYD 100L(R)(ZL)(ZR) | Y: SPYD 125L(R)(ZL)(ZR) | \nZ: SPYZ 40L(R) | Z: SPYZ 60L(R) | Z: SPYZ 65L(R) | Z: SPYZ 80L(R) | Z: SPYZ 100L(R) | Z: SPYZ 125L(R) | \nTransmission Mechanism | Micrometer | \nGuide (Guiding Mechanism) | Cross Roller Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.5 | 0.9 | 1.0 | 2.0 | 2.7 | 3.8 | \nAccuracy Specifications | Micrometer Minimum Reading | 0.01mm | \nParallelism | <30 um | \nYaw (\") | <25 | \nOptional Mounting Base Plate | OMLA01 | NA | OMLA02 | OMLA03 | OMLA04 | \nLoad (kg) | 2.1 | 3.5 | 3.5 | 4.9 | 10.5 | 14 | \n\nModel | OMSDH03AA | OMSDH03AB | OMSDH03AC | OMSDH03AD | \nMechanical Specifications | Tabletop Size (mm) | 65X65 | \nTravel (mm) | X: 25 | X: 50 | X: 75 | X: 100 | \nY: 25 | Y: 50 | Y: 75 | Y: 100 | \nZ: 25 | Z: 50 | Z: 75 | Z: 100 | \nStandard Translation Stage Used | X: SPYB25 | X: SPYB50 | X: SPYB75 | X: SPYB100 | \nY: SPYB25 | Y: SPYB50 | Y: SPYB75 | Y: SPYB100 | \nZ: SPYB25 | Z: SPYB50 | Z: SPYB75 | Z: SPYB100 | \nTransmission Mechanism | Fine-Thread Ground Screw | \nGuide (Guiding Mechanism) | Dovetail Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 1.2 | 1.4 | 1.5 | 1.8 | \nMinimum Reading | 0.1mm | \nLoad | 5kg |"
        },
        {
            "id": 42927,
            "name": "Manual coupling system",
            "url": "https://www.fiberalignment.com/product/manual-coupling-system/",
            "description": "Using a high-precision displacement table to ensure adjustment accuracy, the intermediate chip table can perform fine adjustments in the X and Y axis.",
            "categories": [
                "6-Axis Manual Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe manual coupling system mainly adjusts the position of FA or fiber by controlling the manual six axis adjustment frame (providing displacement in six directions including x, y, z, θ x, θ y, and θ z), and couples it near the middle chip. The equipment adopts high-precision sliding table, with high coupling accuracy and good repeatability.\r\nProduct Features\n\r\nUsing a high-precision displacement table to ensure adjustment accuracy, the intermediate chip table can perform fine adjustments in the X and Y axis directions. It is equipped with a structure for quickly changing fixtures, which can be used for various devices by updating the fixtures"
        },
        {
            "id": 43185,
            "name": "Manual Digital-Readout Translation Stage OMSX Series",
            "url": "https://www.fiberalignment.com/product/manual-digital-readout-translation-stage-omsx-series/",
            "description": "The OMSX manual digital-readout translation stage is a medium-size, medium-travel precision stage developed from the company's long experience.",
            "categories": [
                "Manual Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMSX manual digital-readout translation stage is a medium-size, medium-travel precision stage developed from the company's long experience. The main body uses specially processed high-quality aluminum alloy with a precision-ground screw, together with precision linear slider guides and a high-precision digital scale, ensuring reliable use in complex environments. With a high degree of series standardization, strong versatility and easy combination, it is suitable for lower-frequency, medium-travel adjustment with random readout of travel variation, and offers outstanding cost-effectiveness.\n\nProduct Features\n\nU-shaped aluminum-alloy base, precision-machined with an anodized surface for good wear resistance and a fine appearance.; Precision-ground screw for relatively high positioning accuracy.; Precision linear slider square guides with the company's unique precision grinding process to ensure straightness and flatness.; A graduated rotary handwheel enables precision fine adjustment.; Equipped with a digital scale for random readout of travel variation.\n\nTechnical Specifications\n\nModel | OMSX50 | OMSX100 | OMSX200 | OMSX300 | \nMechanical Specifications | Tabletop Size (mm) | 120X120 | \nTravel (mm) | 50 | 100 | 200 | 300 | \nPitch (mm) | 3 | 3 | 3 | 3 | \nGuide (Guiding Mechanism) | Square Slider Guide | \nBody Material | Aluminum Alloy | \nSurface Finish | Black Anodized | \nWeight (kg) | 4.4 | 4.7 | 5.6 | 6.5 | \nMovement Accuracy | Straightness (μm) | 30 | 35 | 40 | 45 | \nMax Load Torque | Pitch (N·m) | 7.8 | 7.8 | 7.8 | 7.8 | \nRotation (N·m) | 5.8 | 5.8 | 5.8 | 5.8 | \nTorsional Stiffness | Pitch (\"/N·cm) | 0.25 | 0.25 | 0.25 | 0.25 | \nRotation (\"/N·cm) | 0.5 | 0.5 | 0.5 | 0.5 | \nParallelism (μm) | 50 | 55 | 60 | 65 | \nLoad | Load Capacity (kg) | 10 | 10 | 10 | 10 |"
        },
        {
            "id": 43213,
            "name": "Manual Goniometer Stage OMPK Series",
            "url": "https://www.fiberalignment.com/product/manual-goniometer-stage-ompk-series/",
            "description": "The OMPK manual goniometer stage uses an arc V-shaped roller guide for high-precision, smooth movement, with an aluminum-alloy main body.",
            "categories": [
                "Manual Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMPK manual goniometer stage uses an arc V-shaped roller guide for high-precision, smooth movement, with an aluminum-alloy main body that is lightweight and suitable for embedding in other equipment. The drive is a worm gear with a self-locking function and a side locking handle. Depending on requirements, it can be combined as a 2-axis goniometer stage or connected with other slides for multi-axis assemblies.\n\nProduct Features\n\nArc V-shaped roller guide for high-precision, smooth movement.; Aluminum-alloy main body, lightweight, suitable for embedding in other equipment; worm-gear drive.; Standard mounting holes; can be used alone or combined with other products into multi-axis motion systems.\n\nTechnical Specifications\n\nModel | OMPK4040L | OMPK4060L | OMPK6050L | OMPK6075L | \nAngle Range (°) | ±10 | ±6 | ±10 | ±6 | \nTabletop Size (mm) | 40x40 | 40x40 | 60x60 | 60x60 | \nTabletop Thickness (mm) | 20 | 20 | 25 | 25 | \nDesign Center Height (mm) | 40±0.2 | 60±0.2 | 50±0.2 | 75±0.2 | \nDrive Type | Worm Gear | \nGuide (Guiding Mechanism) | Arc V-Groove Roller Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nDifferential Minimum Reading (°) | 1° | \nWeight (kg) | 0.13 | 0.13 | 0.32 | 0.32 | \nHorizontal Load (kg) | 3 | 5 |"
        },
        {
            "id": 43211,
            "name": "Manual Goniometer Stage OMPN Series",
            "url": "https://www.fiberalignment.com/product/manual-goniometer-stage-ompn-series/",
            "description": "The OMPN manual goniometer stage uses high-strength hard aluminum alloy with a black anodized surface for good wear resistance and a fine appearance.",
            "categories": [
                "Manual Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMPN manual goniometer stage uses high-strength hard aluminum alloy with a black anodized surface for good wear resistance and a fine appearance. It uses a high-precision arc V-shaped ball guide for strong load capacity and good wear resistance, ensuring key indicators such as sensitivity. Suitable for optical experiments requiring high manual adjustment precision, each product is offered in left and right micrometer-drive versions with vertical-use versions. Various tabletop sizes and moderate thickness allow single- or multi-axis use.\n\nProduct Features\n\nCross-roller angular stage with rotation-center wobble controlled below 0.05 mm.; Good operating feel, ideal for frequent operation.; Rich choice of rotation-center heights (working distances) for various tabletop sizes and a wide selection for different objects.; Material: 6061-T6 aluminum alloy.\n\nTechnical Specifications\n\nModel | OMPN4040 | OMPN4060 | OMPN6050 | OMPN6075 | \nSlide Tabletop Size (mm) | 40×40 | 40×40 | 60×60 | 60×60 | \nFeed Method | Standard Micrometer | \nFeed Position | Side | \nMinimum Reading | 0.01mm | \nRotation Center Height (mm) | 40±0.2 | 60±0.2 | 50±0.2 | 75±0.2 | \nRotation Center Wobble (mm) | 0.05 | \nTravel (°) | ±7.0 | ±6.0 | ±6.0 | ±4.0 | \nGuide | Cross Roller Guide | \nLoad Capacity [kgf] | 3.0 | 3.0 | 5.0 | 5.0 | \nAllowable Moment Load, Pitch (N·m) | 1.0 | 1.0 | 1.5 | 1.5 | \nAllowable Moment Load, Yaw (N·m) | 0.8 | 0.8 | 2.0 | 2.0 | \nAllowable Moment Load, Roll (N·m) | 0.9 | 0.9 | 2.6 | 2.6 | \nMoment Stiffness, Pitch (\"/N·cm) | 1.30 | 1.30 | 0.27 | 0.27 | \nMoment Stiffness, Yaw (\"/N·cm) | 1.15 | 1.15 | 0.09 | 0.09 | \nMoment Stiffness, Roll (\"/N·cm) | 0.27 | 0.27 | 0.10 | 0.10 | \nWeight (kg) | 0.13 | 0.13 | 0.31 | 0.31 | \nMain Material | 6061-T6 Aluminum Alloy | \nMain Material Surface Finish | Black Anodized | \nSetscrew Position | L |"
        },
        {
            "id": 42837,
            "name": "Manual horizontal coupling system",
            "url": "https://www.fiberalignment.com/product/manual-horizontal-coupling-system/",
            "description": "```html Model Degree of Freedom Configuration Coupling Mode FA-H101M Left: X, Y, Z, θX,θY, θZ Single-End Horizontal Coupling Device FA-H201M Left: X, Y, Z.",
            "categories": [
                "Manual Waveguide Coupling System"
            ],
            "specifications_and_description": "Project Description\n \n ```html\n\nModel | \nDegree of Freedom Configuration | \nCoupling Mode | \n\nFA-H101M | \nLeft: X, Y, Z, θX,θY, θZ | \nSingle-End Horizontal Coupling Device | \n\nFA-H201M | \nLeft: X, Y, Z, θX,θY, θZ\nRight: X, Y, Z, θX,θY, θZ | \nDual-End Horizontal Coupling Device | \n\n``` \n Technical Specifications\n\nSingle-End Horizontal Waveguide Coupling | \n\nNo. | \nProduct Name | \nQty | \nRecommended Configuration Parameters | \n  | \n\nAlignment Adjustment Unit | \n\n1 | \nRight Adjustment Stage | \n1 | \nManual 6-axis adjustment. XYZ linear travel: coarse adjustment ±6.5mm, fine adjustment ±0.3mm; coarse scale 10μm/division, fine scale 0.5μm/division. θx & θy angular travel ±2.5°, 0.008°/division; θz angular travel ±4°, 0.008°/division. All axes are continuously adjustable. Imported brand or OMTOOLS optional. | \n  | \n\n3 | \nCarrier Stage | \n1 | \nFor waveguide chip position adjustment. XY travel 25mm, resolution 10μm/division; Z-axis travel 10mm, resolution 10μm/division, continuously adjustable. Brand: OMTOOLS. | \n\nFixtures | \n\n4 | \nHorizontal Fiber Fixture | \n1 | \nCoarse adjustment range -90°~+90°, fine adjustment range 5°, resolution 0.02° with calibrated scale, compatible with fiber ≤250μm. | \n  | \n\n5 | \nWaveguide Fixture | \n1 | \nVacuum Adsorption Waveguide Fixture | \n\nMounting Platform | \n\n6 | \nOptical Breadboard (HP0609-B) | \n1 | \n900mm*600mm (Thickness: 13mm) | \n  | \n\n7 | \nLight & Dust Shield (Customized) | \n1 | \nCustomized | \n\nObservation System | \n\n8 | \nCamera | \n2 | \nHigh-Definition HDMI Industrial Measurement Camera | \n  | \n\n9 | \nMicro Zoom Lens (OM-0650) | \n2 | \n6.5X zoom lens for observing device coupling status and facilitating preliminary alignment. | \n\n10 | \nMonitor & Video Splitter (AOC 21-inch Monitor, OM401 Video Splitter) | \n1 | \nDual-display design for simultaneous observation, easy operation. | \n\n11 | \nLED Ring Light Source | \n2 | \nLong-life LED type, used for illumination of two lenses. | \n\n12 | \nLens Support Adjustment Unit | \n2 | \nAdjust lens position, image alignment and focusing; dovetail slide table with three degrees of freedom adjustment. | \n\nOther Accessories | \n\n13 | \nVacuum Pump | \n1 | \nOil-free vacuum pump, vacuum degree -0.093MPa, flow rate 140 L/min, equipped with auxiliary pipelines and fittings. | \n  | \n\n  | \n\nDual-End Horizontal Waveguide Coupling | \n\nNo. | \nProduct Name | \nQty | \nRecommended Configuration Parameters | \n  | \n\nAlignment Adjustment Unit | \n\n1 | \nLeft Adjustment Stage | \n1 | \nManual 6-axis adjustment. XYZ linear travel: coarse adjustment ±6.5mm, fine adjustment ±0.3mm; coarse scale 10μm/division, fine scale 0.5μm/division. θx & θy angular travel ±2.5°, 0.008°/division; θz angular travel ±4°, 0.008°/division. All axes are continuously adjustable. Imported brand or OMTOOLS optional. | \n  | \n\n2 | \nRight Adjustment Stage | \n1 | \nManual 6-axis adjustment. XYZ linear travel: coarse adjustment ±6.5mm, fine adjustment ±0.3mm; coarse scale 10μm/division, fine scale 0.5μm/division. θx & θy angular travel ±2.5°, 0.008°/division; θz angular travel ±4°, 0.008°/division. All axes are continuously adjustable. Imported brand or OMTOOLS optional. | \n\n3 | \nCarrier Stage | \n1 | \nFor waveguide chip position adjustment. XY travel 25mm, resolution 10μm/division; Z-axis travel 10mm, resolution 10μm/division, continuously adjustable. Brand: OMTOOLS. | \n\nFixtures | \n\n4 | \nHorizontal Fiber Fixture | \n2 | \nCoarse adjustment range -90°~+90°, fine adjustment range 5°, resolution 0.02° with calibrated scale, compatible with fiber ≤250μm. | \n  | \n\n5 | \nWaveguide Fixture | \n1 | \nVacuum Adsorption Waveguide Fixture | \n\nMounting Platform | \n\n6 | \nOptical Breadboard (HP0609-B) | \n1 | \n900mm*600mm (Thickness: 13mm) | \n  | \n\n7 | \nLight & Dust Shield (Customized) | \n1 | \nCustomized | \n\nObservation System | \n\n8 | \nCamera | \n2 | \nHigh-Definition HDMI Industrial Measurement Camera | \n  | \n\n9 | \nMicro Zoom Lens (OM-0650) | \n2 | \n6.5X zoom lens for observing device coupling status and facilitating preliminary alignment. | \n\n10 | \nMonitor & Video Splitter (AOC 21-inch Monitor, OM401 Video Splitter) | \n1 | \nDual-display design for simultaneous observation, easy operation. | \n\n11 | \nLED Ring Light Source | \n2 | \nLong-life LED type, used for illumination of two lenses. | \n\n12 | \nLens Support Adjustment Unit | \n2 | \nAdjust lens position, image alignment and focusing; dovetail slide table with three degrees of freedom adjustment. | \n\nOther Accessories | \n\n13 | \nVacuum Pump | \n1 | \nOil-free vacuum pump, vacuum degree -0.093MPa, flow rate 140 L/min, equipped with auxiliary pipelines and fittings. | \n |"
        },
        {
            "id": 43019,
            "name": "Manual Optical Waveguide Alignment Coupling System",
            "url": "https://www.fiberalignment.com/product/manual-optical-waveguide-alignment-coupling-system/",
            "description": "The manual optical waveguide alignment coupling system is a stable, high-quality PLC coupling system with short customization lead time.",
            "categories": [
                "Manual Waveguide Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe manual optical waveguide alignment coupling system is a stable, high-quality PLC coupling system with short customization lead time. This new-generation manual coupling system for planar lightwave circuit (PLC) splitter packaging is compact, precise, easy to operate and highly cost-effective. Its high-precision motion platform ensures high stability, repeatability, precision and long service life, and works with the company's motor drive and intelligent motion control system. Main applications include silicon-photonic waveguide coupling, splitters, AWG, collimators, specialty fibers and other optical-path coupling. Standard products and customized solutions are both available.\n\nProduct Features\n\nThe fiber array can be manually adjusted in six degrees of freedom to fully meet all requirements.; Devices are loaded and unloaded manually.; Observation systems are provided above and behind the device for convenient manual alignment.; Dispensing and UV curing of the device are supported.; Device evaluation function available.; Fast alignment with higher precision, repeatability and stability than comparable equipment.; Modular design, easy to expand and upgrade.; Supports waveguides with inclined end faces.\n\n "
        },
        {
            "id": 43191,
            "name": "Manual Rotation Stage OMXA Series",
            "url": "https://www.fiberalignment.com/product/manual-rotation-stage-omxa-series/",
            "description": "The OMXA manual rotation stage is used where smooth, backlash-free rotational adjustment is required.",
            "categories": [
                "Manual Rotary Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMXA manual rotation stage is used where smooth, backlash-free rotational adjustment is required. It features Ø25 mm and Ø50 mm high-load vertical mounting turntables with M6 and M4 threaded-hole arrays for connecting to mechanical parts and prism mounting arms of the same thread specification. Counterbored threaded holes in the base allow horizontal mounting on an optical platform or breadboard with socket-head screws, and a side M4 threaded hole allows vertical mounting on a Ø12 mm optical post. Once the turntable is adjusted, it can be locked with the side M4 setscrew (2 mm hex wrench).\n\nProduct Features\n\nContinuous 360° rotation.; Laser scale with 2° increments and an alignment line for convenient reading.; Bidirectional mounting holes for horizontal or vertical mounting.; Side locking screw for convenient angle fixing.\n\nTechnical Specifications\n\nModel | OMXA25 | OMXA50 | OMXA70 | \nTabletop Size (mm) | Ø25 | Ø 50 | Ø 70 | \nMounting Hole | 4-M3 / Center Hole M6 | 4-M4 / Center Hole M6 | 10-M4 / 6-M6 / Center Hole SM1 | \nSide Mounting Hole | — | M4 | — | \nHeight (mm) | 18 | 17 | 26 | \nFine Adjustment | — | — | ±5° |"
        },
        {
            "id": 43193,
            "name": "Manual Rotation Stage OMXB Series",
            "url": "https://www.fiberalignment.com/product/manual-rotation-stage-omxb-series/",
            "description": "The OMXB manual rotation stage combines a high-precision bearing ring and micrometer for excellent motion characteristics, with key indicators.",
            "categories": [
                "Manual Rotary Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMXB manual rotation stage combines a high-precision bearing ring and micrometer for excellent motion characteristics, with key indicators such as axial and radial runout reaching the level of comparable international products. It is suitable for applications requiring high manual angular adjustment.\n\nProduct Features\n\nHigh-precision bearing-ring guidance with axial runout and other key indicators reaching international level.; Micrometer drive for high sensitivity.; Ultra-thin, compact and refined structure.; Can be combined with other series into multi-axis assemblies.\n\nTechnical Specifications\n\nModel | OMXB40AL/R | OMXB60AL/R | OMXB80AL/R | OMXB90AL/R | OMXB100AL/R | OMXB125AL/R | \nTabletop Diameter | 38mm | 60mm | 80mm | 90mm | 100mm | 125mm | \nTabletop Height | 20mm | 25mm | 25mm | 25mm | 25mm | 25mm | \nDrive Type | Micrometer | Micrometer | Micrometer | Micrometer | Micrometer | Micrometer | \nMinimum Scale | 0.2° | 0.1° | 0.1° | 0.1° | 0.1° | 0.1° | \nMicrometer per Division | 1.44′ | 0.92′ | 0.67′ | 0.61′ | 0.56′ | 0.46′ | \nCoarse Adjustment Range | 360° | 360° | 360° | 360° | 360° | 360° | \nFine Adjustment Range | ±5° | ±5° | ±5° | ±5° | ±5° | ±5° | \nParallelism | 0.03 | 0.04 | 0.04 | 0.04 | 0.05 | 0.05 | \nConcentricity | 0.03 | 0.03 | 0.03 | 0.03 | 0.03 | 0.03 | \nLoad | 1kg | 3kg | 4kg | 4kg | 4kg | 5kg | \nWeight | 0.1kg | 0.3kg | 0.52kg | 0.62kg | 0.72kg | 1.2kg | \nMaterial | Hard Aluminum | Hard Aluminum | Hard Aluminum | Hard Aluminum | Hard Aluminum | Hard Aluminum | \nSurface Finish | Black Anodized | Black Anodized | Black Anodized | Black Anodized | Black Anodized | Black Anodized | \n\nModel | OMXB60BL/R | OMXB90BL/R | OMXB125BL/R | \nTabletop Diameter | 60mm | 90mm | 125mm | \nTabletop Height | 15 | 20 | 20 | \nDrive Type | Micrometer | Micrometer | Micrometer | \nMinimum Scale | 10′ | 5′ | 5′ | \nMicrometer per Division | 0.96′ | 0.6′ | 0.46′ | \nCoarse Adjustment Range | 360° | 360° | 360° | \nFine Adjustment Range | ±5° | ±5° | ±5° | \nParallelism | 0.03 | 0.04 | 0.05 | \nConcentricity | 0.03 | 0.03 | 0.03 | \nLoad | 3kg | 3kg | 3kg | \nWeight | 0.16kg | 0.5kg | 0.9kg | \nMaterial | Hard Aluminum | Hard Aluminum | Hard Aluminum | \nSurface Finish | Black Anodized | Black Anodized | Black Anodized | \n\nModel | OMXB100CL/R | OMXB160CL/R | \nTabletop Diameter | 100mm | 158mm | \nTabletop Height | 20 | 30 | \nDrive Type | Micrometer | Micrometer | \nMinimum Scale | 0.1° | 1° | \nMicrometer per Division | 0.53′ | 0.36′ | \nCoarse Adjustment Range | 360° | 360° | \nFine Adjustment Range | ±5° | ±5° | \nParallelism | 0.04 | 0.05 | \nConcentricity | 0.03 | 0.03 | \nLoad | 4kg | 5kg | \nWeight | 0.5kg | 1.74kg | \nMaterial | Hard Aluminum | Hard Aluminum | \nSurface Finish | Black Anodized | Black Anodized | \n\nModel | OMXB85DL/R | OMXB110DL/R | \nTabletop Diameter | 80mm | 110mm | \nTabletop Height | 25 | 25 | \nDrive Type | Micrometer | Micrometer | \nMinimum Scale | 0.1° | 0.1° | \nMicrometer per Division | 0.72′ | 0.57′ | \nCoarse Adjustment Range | 360° | 360° | \nFine Adjustment Range | ±5° | ±5° | \nParallelism | 0.04 | 0.04 | \nConcentricity | 0.03 | 0.03 | \nLoad | 4kg | 4kg | \nWeight | 0.51kg | 0.8kg | \nMaterial | Hard Aluminum | Hard Aluminum | \nSurface Finish | Black Anodized | Black Anodized |"
        },
        {
            "id": 43197,
            "name": "Manual Rotation Stage SXZA Series",
            "url": "https://www.fiberalignment.com/product/manual-rotation-stage-sxza-series/",
            "description": "The OMTOOLS manual rotation stage offers 360° rotational adjustment with a precision shaft system and no clear aperture at the center.",
            "categories": [
                "Manual Rotary Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMTOOLS manual rotation stage offers 360° rotational adjustment with a precision shaft system and no clear aperture at the center. The 360° circular scale with vernier reading allows convenient fine adjustment, with high load capacity and high precision. Standard holes on the base and tabletop make installation and combination easy.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Precision shaft system design.; No clear aperture at the center of the rotation stage.; 360° circular scale with vernier reading for convenient fine adjustment.; High load capacity and high precision.; Standard holes on the base and tabletop for easy installation and combination.\n\nTechnical Specifications\n\nModel | Tabletop Diameter | Drive Type | Reading Method | Resolution | Coarse Adjustment Range | Fine Adjustment Range | Minimum Scale | Minimum Reading | Max Load | Weight | \nSXZA100 | 100mm | Worm Gear Pair | Direct Reading | 0.017º | - | 360º | 2º | 6′ | 15kg | 0.85kg |"
        },
        {
            "id": 42830,
            "name": "Manual vertical coupling system",
            "url": "https://www.fiberalignment.com/product/manual-vertical-coupling-system/",
            "description": "Manual vertical coupling system. Review model configurations and specifications, then contact QICEQUIP for selection support and a.",
            "categories": [
                "Manual Waveguide Coupling System"
            ],
            "specifications_and_description": "Project Description\n\nModel | \nDegree of Freedom Configuration | \nCoupling Method | \n\nFA-V101M | \nLeft: X, Y, Z, θX,θY, θZ | \nSingle-ended Vertical Coupling Device | \n\nFA-V201M | \nLeft: X, Y, Z, θX,θY, θZ\nRight: X, Y, Z, θX,θY, θZ | \nDual-ended Vertical Coupling Device | \n\n Technical Specifications\n\nSingle-End Vertical Waveguide Coupling | \n\nNo. | \nProduct Name | \nQty | \nRecommended Configuration Parameters | \n  | \n\nAlignment Adjustment Unit | \n\n1 | \nLeft Adjustment Stage | \n1 | \nManual 6-axis adjustment. XYZ linear travel: coarse adjustment ±6.5mm, fine adjustment ±0.3mm; coarse scale 10μm/division, fine scale 0.5μm/division. θx & θy angular travel ±2.5°, 0.008°/division; θz angular travel ±4°, 0.008°/division. All axes are continuously adjustable. Imported brand or OMTOOLS optional. | \n \n  | \n\n3 | \nCarrier Stage | \n1 | \nFor waveguide chip position adjustment. XY travel 25mm, resolution 10μm/division; Z-axis travel 10mm, resolution 10μm/division, continuously adjustable. Brand: OMTOOLS. | \n\nFixtures | \n\n4 | \nVertical Fiber Fixture | \n1 | \nCoarse adjustment range -90°~+90°, fine adjustment range 5°, resolution 0.02° with calibrated scale, compatible with fiber ≤250μm. | \n  | \n\n5 | \nWaveguide Fixture | \n1 | \nVacuum Adsorption Waveguide Fixture | \n\nMounting Platform | \n\n6 | \nOptical Breadboard (HP0609-B) | \n1 | \n900mm*600mm (Thickness: 13mm) | \n  | \n\n7 | \nLight & Dust Shield (Customized) | \n1 | \nCustomized | \n\nObservation System | \n\n8 | \nCamera | \n2 | \nHigh-Definition HDMI Industrial Measurement Camera | \n  | \n\n9 | \nMicro Zoom Lens (OM-0650) | \n2 | \n6.5X zoom lens for observing device coupling status and facilitating preliminary alignment. | \n\n10 | \nMonitor & Video Splitter (AOC 21-inch Monitor, OM401 Video Splitter) | \n1 | \nDual-display design for simultaneous observation, easy operation. | \n\n11 | \nLED Ring Light Source | \n2 | \nLong-life LED type, used for illumination of two lenses. | \n\n12 | \nLens Support Adjustment Unit | \n2 | \nAdjust lens position, image alignment and focusing; dovetail slide table with three degrees of freedom adjustment. | \n\nOther Accessories | \n\n13 | \nVacuum Pump | \n1 | \nOil-free vacuum pump, vacuum degree -0.093MPa, flow rate 140 L/min, equipped with auxiliary pipelines and fittings. | \n  | \n\n  | \n\nDual-End Vertical Waveguide Coupling | \n\nNo. | \nProduct Name | \nQty | \nRecommended Configuration Parameters | \n  | \n\nAlignment Adjustment Unit | \n\n1 | \nLeft Adjustment Stage | \n1 | \nManual 6-axis adjustment. XYZ linear travel: coarse adjustment ±6.5mm, fine adjustment ±0.3mm; coarse scale 10μm/division, fine scale 0.5μm/division. θx & θy angular travel ±2.5°, 0.008°/division; θz angular travel ±4°, 0.008°/division. All axes are continuously adjustable. Imported brand or OMTOOLS optional. | \n \n  | \n\n2 | \nRight Adjustment Stage | \n1 | \nManual 6-axis adjustment. XYZ linear travel: coarse adjustment ±6.5mm, fine adjustment ±0.3mm; coarse scale 10μm/division, fine scale 0.5μm/division. θx & θy angular travel ±2.5°, 0.008°/division; θz angular travel ±4°, 0.008°/division. All axes are continuously adjustable. Imported brand or OMTOOLS optional. | \n\n3 | \nCarrier Stage | \n1 | \nFor waveguide chip position adjustment. XY travel 25mm, resolution 10μm/division; Z-axis travel 10mm, resolution 10μm/division, continuously adjustable. Brand: OMTOOLS. | \n\nFixtures | \n\n4 | \nVertical Fiber Fixture | \n2 | \nCoarse adjustment range -90°~+90°, fine adjustment range 5°, resolution 0.02° with calibrated scale, compatible with fiber ≤250μm. | \n  | \n\n5 | \nWaveguide Fixture | \n1 | \nVacuum Adsorption Waveguide Fixture | \n\nMounting Platform | \n\n6 | \nOptical Breadboard (HP0609-B) | \n1 | \n900mm*600mm (Thickness: 13mm) | \n  | \n\n7 | \nLight & Dust Shield (Customized) | \n1 | \nCustomized | \n\nObservation System | \n\n8 | \nCamera | \n2 | \nHigh-Definition HDMI Industrial Measurement Camera | \n  | \n\n9 | \nMicro Zoom Lens (OM-0650) | \n2 | \n6.5X zoom lens for observing device coupling status and facilitating preliminary alignment. | \n\n10 | \nMonitor & Video Splitter (AOC 21-inch Monitor, OM401 Video Splitter) | \n1 | \nDual-display design for simultaneous observation, easy operation. | \n\n11 | \nLED Ring Light Source | \n2 | \nLong-life LED type, used for illumination of two lenses. | \n\n12 | \nLens Support Adjustment Unit | \n2 | \nAdjust lens position, image alignment and focusing; dovetail slide table with three degrees of freedom adjustment. | \n\nOther Accessories | \n\n13 | \nVacuum Pump | \n1 | \nOil-free vacuum pump, vacuum degree -0.093MPa, flow rate 140 L/min, equipped with auxiliary pipelines and fittings. |"
        },
        {
            "id": 43065,
            "name": "Manual Waveguide Coupling System",
            "url": "https://www.fiberalignment.com/product/manual-waveguide-coupling-system/",
            "description": "DEYU is a manufacturer of opto-mechanical products and a system solution provider; its product series include fully automatic, semi-automatic and manual.",
            "categories": [
                "Manual Waveguide Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nDEYU is a manufacturer of opto-mechanical products and a system solution provider; its product series include fully automatic, semi-automatic and manual waveguide coupling systems and 6-axis manual coupling systems. This new-generation manual coupling system for planar lightwave circuit (PLC) splitter packaging is compact, precise, easy to operate and highly cost-effective. It uses a precision linear stage with cross-roller bearing design, ensuring high precision, load capacity and long service life, and provides manual channel-to-channel N rotation balancing, manual pitch (adhesive-layer distance) control and manual movement of the observation lens.\n\nProduct Features\n\nNew-generation manual coupling system for PLC splitter packaging.; Compact, precise, easy to operate and highly cost-effective.; Precision linear stage with cross-roller bearing design for high precision, load capacity and long life.; Manual channel-to-channel N rotation balancing.; Manual pitch (adhesive-layer distance) control.; Manual movement of the observation lens.\n\n "
        },
        {
            "id": 42913,
            "name": "Modulator coupling packaging system",
            "url": "https://www.fiberalignment.com/product/modulator-coupling-packaging-system/",
            "description": "Adopting high-precision displacement table to ensure adjustment accuracy; Updating the fixture can be applied to various devices; High repeatability.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe modulator coupling packaging system is a high-precision packaging system used for modulators. Its core lies in achieving efficient coupling between modulators and optical fibers or FA. The coupling function is designed modularly, and the replacement module can be applied to various modulators (dual ended modulators, U-shaped modulators), with wide applicability and strong scalability..\r\nProduct Features\n\r\nAdopting high-precision displacement table to ensure adjustment accuracy; Updating the fixture can be applied to various devices; High repeatability, coupled repeatability&amp; lt;0.2dB； Fast coupling efficiency, coupling efficiency&amp; lt;1min。"
        },
        {
            "id": 43061,
            "name": "Motorized Fiber Coupling System",
            "url": "https://www.fiberalignment.com/product/motorized-fiber-coupling-system/",
            "description": "A professional 12-axis fiber alignment device with a left/right-hand design and a device adjustment bracket in the middle.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nA professional 12-axis fiber alignment device with a left/right-hand design and a device adjustment bracket in the middle.\n\nProduct Features\n\nProfessional 12-axis fiber alignment device with left/right-hand design and a central device adjustment bracket.; High-precision guide and lead-screw drive for smooth motion and high precision.; Five-phase stepper motor with 0.72° step angle.; Positioning accuracy: 1 µm.; Left/right adjustment brackets can use 3-6 axis mounts for high-precision positioning.; Suitable for fiber alignment, PLC splitter fabrication and other experiments requiring left/right alignment; can be combined with a gantry system and dispensing/curing system.; The control system can be configured for manual, semi-automatic or fully automatic alignment and coupling.\n\n "
        },
        {
            "id": 43147,
            "name": "Motorized Goniometer Stage OMPA Series",
            "url": "https://www.fiberalignment.com/product/motorized-goniometer-stage-ompa-series/",
            "description": "The OMPA motorized goniometer stage is a precision motorized angular stage specially designed for small-to-medium sizes and high repetition use.",
            "categories": [
                "Motorized Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMPA motorized goniometer stage is a precision motorized angular stage specially designed for small-to-medium sizes and high repetition use. The main body uses high-strength hard aluminum alloy with a black anodized surface for good wear resistance and a fine appearance. The drive mechanism uses worm-gear transmission with a wear-resistant tin-bronze worm wheel. The guide uses a high-precision arc V-shaped roller guide with high strength, strong load capacity and good durability. A standard imported five-phase Oriental Motor provides high resolution and positioning accuracy. It is ideal for automation equipment and precision instruments with high space, size and weight requirements.\n\nProduct Features\n\nStandard imported five-phase Oriental Motor for automatic tilt adjustment and control.; Precision-ground worm-gear transmission with small backlash and smooth motion.; High-precision arc V-shaped roller guide with high strength, strong load capacity and good durability.; Standard mounting holes; can be used alone or combined with other products into multi-axis motion systems.\n\nTechnical Specifications\n\nModel | OMPA4040 | OMPA4060 | OMPA6050 | OMPA6075 | \nMechanical Specifications | Angle Range (°) | ±8 | ±6 | ±10 | ±8 | \nTabletop Diameter (mm) | 40x40 | 40x40 | 60x60 | 60x60 | \nDesign Center Height (mm) | 40±0.02 | 60±0.02 | 50±0.02 | 75±0.02 | \nWorm Gear Ratio | 240：1 | 225:1 | 160:1 | 225:1 | \nWorm Wheel Material | Wear-Resistant Tin Bronze | \nGuide (Guiding Mechanism) | Arc V-Groove Roller Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.4 | 0.4 | 0.8 | 0.8 | \nAccuracy Specifications | Max Speed (°/s)* | 7.5 | 8 | 11.25 | 8 | \nRepeat Positioning Accuracy (°) | ≦±0.01° | \nElectrical Specifications | Motor & Step Angle (°) | 5-phase 28 stepper motor, step angle 0.72° | \nBacklash (°) | ≦0.1 | \nMotor Brand | Oriental Motor | \nOperating Current (A) | 1.2 | \nMotor Torque (N·m) | 0.052 | \nDriver Brand | Oriental Motor | \nSlide Connector | DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.2 | \nLimit Sensor (built-in) | NPN | \nHome Sensor (built-in) | NPN | \nSensor Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 20 mA | \nControl Output | MPN open collector output: DC24V, below 8 mA, residual voltage below 0.3 V (at 2 mA load) | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load (kg) | 5 | 5 | \nInverted Load (kg) | 1.5 | 2.5 | \nVertical Load (kg) | 2 | 3 |"
        },
        {
            "id": 43153,
            "name": "Motorized Goniometer Stage OMPS Series",
            "url": "https://www.fiberalignment.com/product/motorized-goniometer-stage-omps-series/",
            "description": "The OMPS motorized goniometer stage is specially designed for small-to-medium sizes and high repetition use.",
            "categories": [
                "Motorized Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMPS motorized goniometer stage is specially designed for small-to-medium sizes and high repetition use. The main body uses high-strength hard aluminum alloy with a black anodized surface for good wear resistance and a fine appearance. A stepper motor drives a ball-screw mechanism to achieve high-precision reciprocating linear motion in the angular direction about the rotation center on cross-roller guides, with small pitch/flip deviation and high repeatability. A standard imported five-phase Oriental Motor provides high resolution and positioning accuracy. When unpowered, the controller allows manual adjustment via the knob at the motor end.\n\nProduct Features\n\nImported five-phase Oriental Motor for automatic tilt adjustment and control.; Precision-ground ball-screw transmission with small backlash and smooth motion.; High-precision arc V-shaped roller guide with high strength, strong load capacity and good durability.; Standard mounting holes; can be used alone or combined with other products into multi-axis motion systems.\n\nTechnical Specifications\n\nModel | OMPS6050L | OMPS6050R | OMPS6075L | OMPS6075R | OMPS60100L | OMPS60100R | \nAngle Range (°) | ±8.5 | ±8.5 | ±5.5 | ±5.5 | ±5 | ±5 | \nTabletop Size (mm) | 60x60 | 60x60 | 60x60 | 60x60 | 60x60 | 60x60 | \nRotation Center Height (mm) | 50±0.2 | 50±0.2 | 75±0.2 | 75±0.2 | 100±0.2 | 100±0.2 | \nSlide Height (mm) | 25±0.2 | \nTransmission Type | Ball Screw Φ6, lead 1 mm | \nGuide (Guiding Mechanism) | Cross Roller Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.5 | 0.5 | 0.5 | 0.5 | 0.5 | 0.5 | \nMax Speed (°/s)* | 31.5 | 31.5 | 21 | 21 | 16.5 | 16.5 | \nRepeat Positioning Accuracy (°) | ≦±0.001° | \nMotor & Step Angle (°) | 5-phase 28 stepper motor, step angle 0.72° | \nLimit Sensor | NPN normally-closed output (24V) | \nHome Sensor | NPN normally-closed output (24V) | \nMax Load (kg) | 5 |"
        },
        {
            "id": 42958,
            "name": "Multi axis motion controller",
            "url": "https://www.fiberalignment.com/product/multi-axis-motion-controller/",
            "description": "Support device networking, multiple controllers can be connected to the same network through networking ports. Standard 19 inch chassis can be integrated.",
            "categories": [
                "Precision Motion Controller"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe multi axis motion controller is designed to control up to 12 mechatronic devices based on standard DC, servo, or stepper technology. The controller housing can be installed in a standard 19 inch industrial cabinet, and multiple controllers can be connected in one network through networking ports. Multiple motion axes can be automatically controlled simultaneously.\r\nProduct Features\n\r\nSupport device networking, multiple controllers can be connected to the same network through networking ports. Standard 19 inch chassis can be integrated into industrial cabinets for axis motion control (single axis motion, coupled motion), axis motion parameter setting, and status self checking.\r\n\n "
        },
        {
            "id": 42947,
            "name": "Multi channel high-speed power meter",
            "url": "https://www.fiberalignment.com/product/multi-channel-high-speed-power-meter/",
            "description": "The multi-channel high-speed power meter is a high-precision, wide-range benchtop power meter independently developed by Laile Optoelectronics.",
            "categories": [
                "Optical Test Instruments"
            ],
            "specifications_and_description": "Product Introduction\n\nThe multi-channel high-speed power meter is a high-precision, wide-range benchtop power meter independently developed by Laile Optoelectronics. It uses an InGaAs photosensitive probe with a detection wavelength range of 800–1700 nm, USB digital communication, and supports analog output and external pulse-triggered data acquisition.\n\nProduct Features\n\nCompact and delicate with a wide measurement range.\n\nHigh measurement accuracy and good test consistency.\n\nFast startup and high sampling frequency.\n\nStrong expandability and high flexibility.\n\nApplication\n\nOptical power measurement.\n\nTechnical Parameters\n\nProbe type | Wavelength range | Calibration wavelengths | Measurement range | Data format | Optical interface | Synchronous trigger | Operating temperature | \nInGaAs / Si | 800–1700 nm / 300–1100 nm | 1271, 1291, 1311, 1331, 1550 nm and others | -70 ~ 10 dBm; with integrating sphere up to 50 W | dBm, with µW/dB optional; supports integer and floating-point output | FC/APC, FC/UPC, detachable for cleaning | SMA interface, supports external pulse-signal triggering | -10 ~ 70 °C | \n\nPerformance Index\n\nIntegrating sphere diameter | Coating material | Sphere wavelength range | Detector interface size | Entrance aperture | Output interface | Mounting hole | \n2 inch (50.8 mm) | PTFE | 250–2500 nm | Φ38 mm | Φ12 mm | One APC interface | One M6 mounting hole at the bottom |"
        },
        {
            "id": 43031,
            "name": "Multi-Mode Fiber Coupling Stage",
            "url": "https://www.fiberalignment.com/product/multi-mode-fiber-coupling-stage/",
            "description": "The multi-mode fiber coupling stage is an automated fiber coupling platform offering fast alignment and higher precision, with multi-degree-of-freedom.",
            "categories": [
                "Fiber Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe multi-mode fiber coupling stage is an automated fiber coupling platform offering fast alignment and higher precision, with multi-degree-of-freedom automatic adjustment and simple, efficient operation. The company has long been engaged in the development of multi-mode fiber coupling stages, NxN coupling systems, waveguide reflection systems and automatic fiber coupling equipment, covering most optical-device coupling processes with a proprietary intelligent algorithm. Multi-mode fiber coupling uses an all-fiber displacement interferometry laser system which, owing to its high precision, compactness, small size and light weight, has become an important velocity-measurement tool in shock-wave and detonation tests.\n\nProduct Features\n\nThe fiber array can be manually adjusted in six degrees of freedom to fully meet all requirements.; Devices are loaded and unloaded manually.; Observation systems are provided above and behind the device for convenient manual alignment.; Dispensing and UV curing of the device are supported.; Device evaluation function available.; Fast alignment with higher precision, repeatability and stability than comparable equipment.; Modular design, easy to expand and upgrade.; Supports waveguides with inclined end faces.\n\n "
        },
        {
            "id": 43123,
            "name": "Nano Piezo Rotation Stage OMZF Series",
            "url": "https://www.fiberalignment.com/product/nano-piezo-rotation-stage-omzf-series/",
            "description": "The nano piezo rotation stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level — solving.",
            "categories": [
                "Motorized Rotary Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe nano piezo rotation stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level — solving the problem of traditional nano stages' short travel and micrometer motorized stages' lower precision. Widely used in research, semiconductor, advanced manufacturing, biomedical, optics and communications industries. The piezo-driven rotation stage requires no lubrication, is vacuum-compatible, has both stepping and scanning modes, and achieves sub-nanometer resolution positioning.\n\nProduct Features\n\nCompact and highly rigid.; Zero-clearance, high-precision flexure-hinge guide system.; Piezo actuator with extremely long service life.; With displacement sensor for closed-loop position and speed control.\n\nTechnical Specifications\n\nModel | OMZF33A | OMZF5950A | OMZF8382A | \nDimensions (L×W×H) | 33.0x33.0x16.0（mm） | 59.0x59.0x25.8（mm） | 83.0x83.0x28.5（mm） | \nTabletop Flatness | 10（um） | 10（um） | 10（um） | \nTotal Mass | 70（g） | 230（g） | 540（g） | \nBody Material | Stainless Steel | Aluminum Alloy | Aluminum Alloy | \nDrive | PZT Piezo Ceramic | PZT Piezo Ceramic | PZT Piezo Ceramic | \nWire | Shielded Cable, Copper Wire | Shielded Cable, Copper Wire | Shielded Cable, Copper Wire | \nMotion Range | 360° | 360° | 360° | \nSwing Diameter | 33mm | 55mm | 82mm | \nMotion Step | 1m° | 1m° | 1m° | \nMin Speed | 0.25°/s | 0.25°/s | 0.25°/s | \nMax Speed | 10°/s | 8°/s | 6°/s | \nFine Stepping | 0.05m° | 0.05m° | 0.05m° | \nFine Adjustment Range | 7m° | 7m° | 7m° | \nRepeat Positioning Accuracy | 6m° | 6m° | 6m° | \nSensor Resolution | 0.05, 0.1, 0.25, 0.5m° | 0.05, 0.1, 0.25, 0.5m° | 0.05, 0.1, 0.25, 0.5m° | \nPosition Sensor | Grating | Grating | Grating | \nMounting Orientation | Horizontal Mount | Horizontal Mount | Horizontal Mount | \nLoad in Vertical Motion Direction | 20N | 20N | 20N | \nTorque | 36N*mm | 72N*mm | 90N*mm | \nOperating Temperature | -20~80℃ | -20~80℃ | -20~80℃ | \nOperating Humidity | Relative humidity 40-60% | Relative humidity 40-60% | Relative humidity 40-60% | \nVacuum Compatibility | Vacuum version available | Vacuum version available | Vacuum version available | \nControl Type | Open-Loop / Closed-Loop | Open-Loop / Closed-Loop | Open-Loop / Closed-Loop | \nMax Drive Voltage | 80V | 80V | 80V | \nMounting Requirements | Mounting Face Flatness 0.01 mm | Mounting Face Flatness 0.01 mm | Mounting Face Flatness 0.01 mm |"
        },
        {
            "id": 43155,
            "name": "Open-Loop Controller",
            "url": "https://www.fiberalignment.com/product/open-loop-controller/",
            "description": "The OLCU precision open-loop motion controller is an economical multi-axis network motion controller developed by OMTOOLS.",
            "categories": [
                "Precision Motion Controller"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OLCU precision open-loop motion controller is an economical multi-axis network motion controller developed by OMTOOLS. The system uses a PC + ARM + FPGA architecture; the embedded operating system on the ARM chip manages the controller's communication and motion and provides a general development interface for flexible system development. Standard products support 2-axis, 4-axis and 6-axis motion control and are compatible with common motors such as two-phase steppers, Oriental Motors and Panasonic servos, supporting linear, circular and helical interpolation for planar and spatial trajectory control.\n\nProduct Features\n\nHighly integrated package that turns complex low-level development into a high-level language.; Complete development libraries and open APIs for flexible, convenient secondary development.; High-performance hardware/software architecture: stable, reliable and fast response.; Ethernet interface for remote control and distributed control of production lines or systems.; Supports positive/negative/zero hardware limit settings and positive/negative software limit settings.; Supports limit-error correction (with photoelectric limit switches).; Supports relative motion, absolute motion, jogging, user-coordinate motion and multi-axis coordinated motion.\n\nTechnical Specifications\n\nModel | OLCU-X-SS | OLCU-X-SM | OLCU-X-SL | OLCU-X-A1 | OLCU-X-A2 | OLCU-X-A4 | OLCU-X-FS | OLCU-X-FM | OLCU-X-FL | \nPulse Frequency | Auto-calculated from speed and encoder pulses/rev, max 5 MHz | \nCommunication Interface | Ethernet + RS232 | \nPower Supply | DC24V | DC24V | DC48V | AC220V | AC220V | AC220V | DC24V | DC24V | DC24V | \nLimit Interface | Positive limit, zero limit, negative limit | \nLimit Signal Voltage | ≤DC24V | \nPulse Resolution | 32 | \nSpeed/Acceleration Resolution | 32 | \nOutput Current | ＜2.2A | ＜4.2A | ＜7.0A | - | - | - | < 1.2 A/phase | < 1.4 A/phase | < 1.8 A/phase | \nDrive Power | - | - | - | 100W | 200W | 400W | - | - | - | \nDrive Type | Current chopper drive | IGBT SVPWM | Micro-step drive, bipolar constant current |"
        },
        {
            "id": 43051,
            "name": "Optical Device Fixture",
            "url": "https://www.fiberalignment.com/product/optical-device-fixture/",
            "description": "A precision fixture for holding optical devices during fiber alignment and coupling, providing stable, repeatable positioning for a wide range of device.",
            "categories": [
                "Fiber Alignment Stage Series"
            ],
            "specifications_and_description": "Product Introduction\n\nA precision fixture for holding optical devices during fiber alignment and coupling, providing stable, repeatable positioning for a wide range of device types.\n\nProduct Features\n\nPrecision fixture for optical devices during fiber alignment and coupling.; Provides stable, repeatable device positioning.; Made of high-quality aluminum alloy and stainless steel for good mechanical and thermal stability.; Customizable to suit different device types and sizes.\n\n "
        },
        {
            "id": 42972,
            "name": "Optical flat panel",
            "url": "https://www.fiberalignment.com/product/optical-flat-panel/",
            "description": "The countertop array meets the national standard M6, with a hole spacing of 25 * 25MM and threaded holes for easy fixation. The countertop thickness is 13mm.",
            "categories": [
                "Optical Platforms"
            ],
            "specifications_and_description": "Product Introduction\n\r\nMade of high-quality aluminum alloy precision machining, it is lightweight and easy to move. The standard hole spacing and threaded holes of the table array are convenient for fixing various adjustment frames. The surface is treated with oxidation, which is beautiful and durable. It accepts special specifications and special material customization. Optical flat plates are widely used in fields such as optics, electronics, precision mechanical manufacturing, metallurgy, aerospace, aviation, navigation, precision chemical engineering, and non-destructive testing, as well as in precision testing instruments and key devices for vibration isolation in other mechanical industries.\r\nProduct Features\n\r\nThe countertop array meets the national standard M6, with a hole spacing of 25 * 25MM and threaded holes for easy fixation. The countertop thickness is 13mm made of aluminum alloy material, with a surface oxidized and blackened treatment. It is beautiful, durable, and has a flatness of 0.02~0.05mm \\ 600mmX600mm, which is higher than similar foreign products. The size supports customization.\r\n\n "
        },
        {
            "id": 42968,
            "name": "Optical isolation platform",
            "url": "https://www.fiberalignment.com/product/optical-isolation-platform/",
            "description": "Flatness: 0.02~0.05mm 600mmX600mm, higher than the damping and vibration isolation pad natural frequency specified in the national standard.",
            "categories": [
                "Optical Platforms"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThree layer sandwich honeycomb structure, welding process, high strength, inner layer made of carbon steel plate, outer layer made of black aluminum-plastic panel, beautiful and practical, four corners wrapped with stainless steel plate, vibration isolation bracket made of carbon steel, four support surfaces sprayed with black process paint, equipped with adjustable bearings, easy to adjust the level of the platform, adjustable range up and down by 25mm. Optical platforms are widely used in the fields of optics, electronics, precision machinery manufacturing, metallurgy, aerospace, aviation, navigation, precision chemical and non-destructive testing, as well as other precision testing instruments and key devices for equipment vibration isolation in the mechanical industry.\r\nProduct Features\n\r\nFlatness: 0.02~0.05mm \\ 600mmX600mm, higher than the damping and vibration isolation pad natural frequency specified in the national standard (GB/T20029-2005) for similar foreign products, with a frequency of less than 6-9Hz. The hole spacing is related to the same load and actual use situation; 25mmX25mm， Aperture: M6 national standard metric thread.\r\n\n "
        },
        {
            "id": 43151,
            "name": "Piezo Tilt Stage OMZK20A",
            "url": "https://www.fiberalignment.com/product/piezo-tilt-stage-omzk20a/",
            "description": "The piezo tilt stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level — solving the problem.",
            "categories": [
                "Motorized Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe piezo tilt stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level — solving the problem of traditional nano stages' short travel and micrometer motorized stages' lower precision. Widely used in research, semiconductor, advanced manufacturing, biomedical, optics and communications industries. The piezo-driven tilt stage requires no lubrication, is vacuum-compatible, has both stepping and scanning modes, and achieves sub-nanometer resolution positioning.\n\nProduct Features\n\nCompact and highly rigid.; Zero-clearance, high-precision flexure-hinge guide system.; Piezo actuator with extremely long service life.; With displacement sensor for closed-loop position and speed control.\n\nTechnical Specifications\n\nModel | Dimensions (L×W×H) | Tabletop Flatness | Total Mass | Body Material | Drive | Wire | Motion Range | Rotation Center | Fine Stepping | Repeat Positioning Accuracy | Sensor Resolution | Position Sensor | Mounting Orientation | Load in Vertical Motion Direction | \nOMZK20A | 45.0x40.0x20.0（mm） | 10（um） | 150（g） | Aluminum Alloy | PZT Piezo Ceramic | Shielded Cable, Copper Wire | ±10° | 59mm | 0.1m° | 6m° | 0.1, 0.25, 0.5 m° | Grating | Horizontal Mount | 4N |"
        },
        {
            "id": 43402,
            "name": "Planar Waveguide Automatic Coupling &amp; Testing System",
            "url": "https://www.fiberalignment.com/product/planar-waveguide-automatic-coupling-testing-system/",
            "description": "The planar waveguide automatic coupling and testing system meets both chip coupling and testing requirements simultaneously.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe planar waveguide automatic coupling and testing system meets both chip coupling and testing requirements simultaneously. It supports coupling testing of different types of planar waveguide devices, with flexible parameter settings and a visualized, easy-to-operate interface.\n\nProduct Features\n\nAutomatically controls and adjusts the distance and parallelism between the FA and the chip.\n\nAutomatic light alignment of Bar bars and automatic scanning testing.\n\nAutomatically judges test results and displays test data in multiple forms.\n\nApplication\n\nCoupling testing of AWG, PLC Splitter, MUX, DMUX, VOA, ICR and other planar waveguide products.\n\nTechnical Parameters\n\nMotorized linear axes | Motorized angular axes | Chip-stage motorized linear axis | Vision system | Peripheral equipment | Coupling software | \nX/Y/Z: travel 20 mm, resolution 0.05 μm, repeat ±0.3 μm | θX/θY/θZ: travel ±5°, repeat ±0.003° | Travel 150 mm, repeat ±0.5 μm | Dual vision, 4000 W color CCD, lens optical magnification 0.7X–4.5X | Multi-axis motion controller, high-speed power meter, host, light source, etc. | Automatic coupling, automatic testing, curve display, report output | \n\nPerformance Index\n\nEquipment dimensions | System power supply | Peak power | Power acquisition range | Coupling repeatability | Coupling time | \n1160 × 1100 × 1950 mm | AC220V/50Hz | 1000 W | -70 ~ 10 dBm | < 0.2 dB | < 60 s | \n\nInterface Display\nOperating interface - view 1Operating interface - view 2"
        },
        {
            "id": 42443,
            "name": "Planar Waveguide Coupling System FA-WGC Series",
            "url": "https://www.fiberalignment.com/product/precision-alignment-coupling-system-copy-16/",
            "description": "The Form.ai planar waveguide coupling series now has 4 standardized models, suitable for Splitter, PLC, DWDM, grating vertical coupling, and grating.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Project Description\n\r\nThe Form.ai planar waveguide coupling series now has 4 standardized models, suitable for Splitter, PLC, DWDM, grating vertical coupling, and grating vertical coupling (passive process) respectively.\r\nTechnical Specifications\n\nFA-WGC301 | \r\nFA-WGC302 | \r\nFA-WGC303 | \r\nFA-WGC303V | \r\n\nLeft Adjustment Stage | \r\n5-axis | \r\n6-axis | \r\n6-axis | \r\n6-axis | \r\n\nRight Adjustment Stage | \r\n6-axis | \r\n6-axis | \r\n- | \r\n- | \r\n\nMiddle Work Stage | \r\nFixed Base + Vacuum Adsorption | \r\nFixed Base + Vacuum Adsorption | \r\nFixed Base + Vacuum Adsorption | \r\nFixed Base + Vacuum Adsorption | \r\n\nFixture Configuration | \r\nFiber Fixture + FA Fixture + Contact Sensing Fixture | \r\nFA Fixture + Contact Sensing Fixture | \r\nVertical Fiber Fixture | \r\nVertical Fiber Fixture | \r\n\nVisual Observation | \r\n2 Channels | \r\n2 Channels | \r\n2 Channels | \r\n1 Channel | \r\n\nVisual Measurement | \r\n- | \r\n- | \r\n- | \r\n2 Channels | \r\n\nUV Curing Equipment | \r\nOptional | \r\nOptional | \r\nOptional | \r\nOptional | \r\n\nDispensing Equipment | \r\nOptional | \r\nOptional | \r\nOptional | \r\nOptional | \r\n\nPower Feedback Detection | \r\nStandard | \r\nStandard | \r\nStandard | \r\n- | \r\n\n | \r\nFA-WGC301 | \r\nFA-WGC302 | \r\nFA-WGC303 | \r\nFA-WGC303V | \r\n\nLeft Adjustment Stage | \r\nX-axis | \r\nTravel (mm) | \r\n20 | \r\n20 | \r\n20 | \r\n20 | \r\n\nResolution (μm) | \r\n0.5 | \r\n0.1 | \r\n0.1 | \r\n0.1 | \r\n\nY-axis | \r\nTravel (mm) | \r\n20 | \r\n20 | \r\n20 | \r\n20 | \r\n\nResolution (μm) | \r\n0.5 | \r\n0.1 | \r\n0.1 | \r\n0.1 | \r\n\nZ-axis | \r\nTravel (mm) | \r\n30 | \r\n30 | \r\n30 | \r\n30 | \r\n\nResolution (μm) | \r\n0.5 | \r\n0.1 | \r\n0.1 | \r\n0.1 | \r\n\nθX-axis | \r\nTravel (°) | \r\n±5 | \r\n±5 | \r\n±5 | \r\n±5 | \r\n\nResolution (°) | \r\n0.003 | \r\n0.003 | \r\n0.003 | \r\n0.003 | \r\n\nθY-axis | \r\nTravel (°) | \r\n±5 | \r\n±5 | \r\n±5 | \r\n±5 | \r\n\nResolution (°) | \r\n0.003 | \r\n0.003 | \r\n0.003 | \r\n0.003 | \r\n\nθZ-axis | \r\nTravel (°) | \r\n- | \r\n±5 | \r\n±5 | \r\n±5 | \r\n\nResolution (°) | \r\n- | \r\n0.003 | \r\n0.003 | \r\n0.003 | \r\n\nRight Adjustment Stage | \r\nX-axis | \r\nTravel (mm) | \r\n20 | \r\n20 | \r\n- | \r\n- | \r\n\nResolution (μm) | \r\n0.1 | \r\n0.1 | \r\n- | \r\n- | \r\n\nY-axis | \r\nTravel (mm) | \r\n20 | \r\n20 | \r\n- | \r\n- | \r\n\nResolution (μm) | \r\n0.1 | \r\n0.1 | \r\n- | \r\n- | \r\n\nZ-axis | \r\nTravel (mm) | \r\n30 | \r\n30 | \r\n- | \r\n- | \r\n\nResolution (μm) | \r\n0.1 | \r\n0.1 | \r\n- | \r\n- | \r\n\nθX-axis | \r\nTravel (°) | \r\n±5 | \r\n±5 | \r\n- | \r\n- | \r\n\nResolution (°) | \r\n0.003 | \r\n0.003 | \r\n- | \r\n- | \r\n\nθY-axis | \r\nTravel (°) | \r\n±5 | \r\n±5 | \r\n- | \r\n- | \r\n\nResolution (°) | \r\n0.003 | \r\n0.003 | \r\n- | \r\n- | \r\n\nθZ-axis | \r\nTravel (°) | \r\n±5 | \r\n±5 | \r\n- | \r\n- | \r\n\nResolution (°) | \r\n0.003 | \r\n0.003 | \r\n- | \r\n- | \r\n\nVisual Measurement | \r\nLinear Measurement | \r\nResolution (μm) | \r\n- | \r\n- | \r\n- | \r\n0.3 | \r\n\nRepeatability (μm) | \r\n- | \r\n- | \r\n- | \r\n1 | \r\n\nAngle Measurement | \r\nResolution (°) | \r\n- | \r\n- | \r\n- | \r\n0.01 | \r\n\nRepeatability (°) | \r\n- | \r\n- | \r\n- | \r\n0.02 | \r\n\nVisual Observation | \r\nWorking Distance (mm) | \r\n86 | \r\n86 | \r\n86 | \r\n86 | \r\n\nField of View (mm×mm) | \r\n0.9×0.7~8×6 | \r\n0.9×0.7~8×6 | \r\n0.9×0.7~8×6 | \r\n0.9×0.7~8×6 | \r\n\nMagnification | \r\n0.6~5.0 | \r\n0.6~5.0 | \r\n0.6~5.0 | \r\n0.6~5.0 | \r\n\nUV Curing Equipment | \r\nWavelength Range (nm) | \r\n365~405 | \r\n365~405 | \r\n365~405 | \r\n365~405 | \r\n\nPeak Irradiation Intensity (mw/cm2) | \r\n400~3200 | \r\n400~3200 | \r\n400~3200 | \r\n400~3200 | \r\n\nPower Adjustment Range | \r\n0~100% | \r\n0~100% | \r\n0~100% | \r\n0~100% | \r\n\nControl Mode | \r\nIO Control | \r\nIO Control | \r\nIO Control | \r\nIO Control | \r\n\nDispensing Equipment | \r\nDispensing Time (s) | \r\n0.001~9.999 | \r\n0.001~9.999 | \r\n0.001~9.999 | \r\n0.001~9.999 | \r\n\nAccuracy | \r\n±0.5% | \r\n±0.5% | \r\n±0.5% | \r\n±0.5% | \r\n\nMinimum Drop Volume (ml) | \r\n0.01 | \r\n0.01 | \r\n0.01 | \r\n0.01 | \r\n\nBasic Specifications | \r\nPower Supply (V) | \r\nAC220 | \r\nAC220 | \r\nAC220 | \r\nAC220 | \r\n\nDimension (m×m×m) | \r\n0.8×0.6×1.5 | \r\n0.8×0.6×1.5 | \r\n0.8×0.6×1.5 | \r\n0.8×0.6×1.5 | \r\n\nWeight (kg) | \r\n170 | \r\n170 | \r\n170 | \r\n170 |"
        },
        {
            "id": 43009,
            "name": "PLC Coupling System",
            "url": "https://www.fiberalignment.com/product/plc-coupling-system/",
            "description": "The PLC coupling system, also called a fiber alignment and alignment-packaging system or a PLC planar lightwave circuit (PLC) alignment and packaging.",
            "categories": [
                "Fiber Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe PLC coupling system, also called a fiber alignment and alignment-packaging system or a PLC planar lightwave circuit (PLC) alignment and packaging system, is a semi-automatic optical coupling system with a capacity of up to 30 pcs/hour. It offers fast alignment and higher precision, repeatability and stability than comparable equipment, and is simple to operate — all working steps are completed on a single platform. The system has a modular construction for easy maintenance and uses an imported high-power UV light source to greatly shorten irradiation time. It supports silicon-photonic waveguide coupling, AWG, splitters, collimators, specialty fibers and other optical-path coupling, and can be customized to different solutions.\n\nProduct Features\n\nMainly used for automatic optical coupling, with fast alignment and higher precision, repeatability and stability than comparable equipment.; Simple operation and low material requirements; operators only load/unload and clean materials, and all steps are completed on one platform.; Modular system construction for easy maintenance.; High-precision sensors allow quantitative adjustment of parameters such as dispensing gap.; Supports silicon-photonic waveguide coupling, AWG, splitters, collimators, specialty fibers and other optical-path coupling.; The observation system combines a zoom microscope, CCD and monitor for easy operation.; High-precision, high-stability motorized sliders; can be configured with 4-, 5-, 6-, 7-, 8-, 9- or 13-axis structures to suit different products.; Customized solutions available according to customer requirements.\n\nTechnical Specifications\n\nOptical Platform | Coupling Repeatability | Automatic Coupling Time | Coupling Motorized Stage Resolution | Vision System | Optical Power Meter | UV Lamp Wavelength | \n350 × 500 × 50 mm | < 0.03 dB | < 15 s | ±0.05 μm | 2 megapixels | Measurement stability ±0.01 dB | 365 nm |"
        },
        {
            "id": 43013,
            "name": "PLC Fully Automatic Coupling System",
            "url": "https://www.fiberalignment.com/product/plc-fully-automatic-coupling-system/",
            "description": "The PLC fully automatic coupling system offers fast alignment and higher precision, repeatability and stability than comparable equipment.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe PLC fully automatic coupling system offers fast alignment and higher precision, repeatability and stability than comparable equipment. Its modular design is very easy to expand and upgrade, it supports waveguides with an inclined end face, and updating the fixture adapts it to many devices for R&D. It supports silicon-photonic waveguide coupling, AWG, WDM, splitters, collimators, specialty fibers and other optical-path coupling. This new-generation fully automatic coupling system for planar lightwave circuit (PLC) splitter packaging is compact, precise, easy to operate and highly cost-effective; its high-precision motion platform ensures high stability.\n\nProduct Features\n\nCompact, high-precision, easy to operate and highly cost-effective.; Modular design, easy to expand and upgrade.; Supports waveguides with inclined end faces.; Replaceable fixture adapts to many device types, supporting R&D.; Supports silicon-photonic waveguide coupling, AWG, WDM, splitters, collimators and specialty fibers.; High-precision motion platform ensures high stability, repeatability and long service life.\n\n "
        },
        {
            "id": 43033,
            "name": "PLC Optical Splitter Automatic Coupling System",
            "url": "https://www.fiberalignment.com/product/plc-optical-splitter-automatic-coupling-system/",
            "description": "The PLC optical splitter automatic coupling system was developed to give customers a cost-effective PLC splitter automatic alignment and packaging system.",
            "categories": [
                "Semi-Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe PLC optical splitter automatic coupling system was developed to give customers a cost-effective PLC splitter automatic alignment and packaging system. It breaks the high prices of comparable imported systems while matching their technical specifications. Because it is developed in-house, it can be customized to specific customer needs. Operators fix the FA/chip on the fixture and load/unload by switching materials; after the fixture is set, the software's Start button runs the system to the position where the FA and chip need to be adjusted parallel, and manual adjustment is performed with the aid of a CCD or red light.\n\nProduct Features\n\nCost-effective automatic alignment and packaging system for PLC optical splitters.; Matches the technical specifications of comparable imported systems at a much lower price.; Developed in-house, so it can be customized to specific customer requirements.; Operators fix the FA/chip on the fixture and load/unload by switching materials.; Software automatically runs to the FA/chip parallel-adjustment position, with CCD or red-light assistance.; Compact, precise, easy to operate and highly cost-effective.\n\nTechnical Specifications\n\nModel | Controller Model | Pressure Sensor Model | Isolation Table Size | Dual-Channel High-Speed Power Meter Model | \nGT3201-L/R | GT-S600-7 | GT-S02 | 700 × 800 × 800 mm | GT8046 |"
        },
        {
            "id": 43067,
            "name": "PLC Optical Waveguide Semi-Automatic Coupling System",
            "url": "https://www.fiberalignment.com/product/plc-optical-waveguide-semi-automatic-coupling-system/",
            "description": "The semi-automatic coupling system provides a compact, highly flexible and economical coupling solution for AWG, VOA, Splitter, DMUX and MUX devices.",
            "categories": [
                "Semi-Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe semi-automatic coupling system provides a compact, highly flexible and economical coupling solution for AWG, VOA, Splitter, DMUX and MUX devices. This new-generation coupling system for planar lightwave circuit (PLC) splitter packaging is compact, precise, easy to operate and highly cost-effective. It uses a precision linear stage with cross-roller bearing design for high precision, load capacity and long life, and provides automatic pitch (adhesive-layer distance) control and automatic movement of the observation lens position. The high-stability stainless-steel linear motion platform, high-precision motion platform and actuators achieve highly precise, repeatable waveguide coupling.\n\nProduct Features\n\nCompact, highly flexible and economical coupling solution for AWG, VOA, Splitter, DMUX and MUX devices.; New-generation coupling system for PLC splitter packaging.; Automatic pitch (adhesive-layer distance) control.; Automatic movement of the observation lens position.; High-stability stainless-steel linear motion platform.; High-precision motion platform and actuators for precise, repeatable waveguide coupling.\n\n "
        },
        {
            "id": 43231,
            "name": "Precision 6-Axis Manual Fiber Alignment Mount HFN-XYZR Series",
            "url": "https://www.fiberalignment.com/product/precision-6-axis-manual-fiber-alignment-mount-hfn-xyzr-series/",
            "description": "The HFN-XYZR precision 6-axis manual fiber alignment mount uses a hard aluminum-alloy main frame with a black anodized finish combining wear and corrosion.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe HFN-XYZR precision 6-axis manual fiber alignment mount uses a hard aluminum-alloy main frame with a black anodized finish combining wear and corrosion resistance. The core transmission system integrates high-precision cross-roller guides and high-resolution micrometers with a preloaded anti-backlash structure. A modular design organically integrates linear adjustment units (XYZ), tilt adjustment units (ΘX ΘY) and a rotational goniometer unit (ΘZ). An integrated high-rigidity structural layout effectively suppresses coupling errors during multi-axis motion. It is especially suitable for efficient alignment and coupling of single/multi-core fibers, fiber arrays and optical waveguide devices.\n\nProduct Features\n\nHard aluminum-alloy main body with a black anodized finish combining wear and corrosion resistance.; Fast alignment with better repeatability and extremely high stability.; Higher precision, repeatability and stability than comparable equipment.; Simple operation — all working steps are completed on one platform.; Modular system construction for easy maintenance.\n\nTechnical Specifications\n\nModel | HFS-XYZRL | HFS-XYZRR | \nMechanical Specifications | Tabletop Size (mm) | 40X60 | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nDrive Direction | Left | Right | \nWeight (kg) | 2.5 | 2.5 | \nAccuracy Specifications | X-Axis (Linear) | Travel (mm) | Coarse: ±6.5 / Fine: ±0.3 | \nMinimum Reading (μm) | Coarse: 10 / Fine: ±0.5 | \nY-Axis (Linear) | Travel (mm) | Coarse: ±6.5 / Fine: ±0.3 | \nMinimum Reading (μm) | Coarse: 10 / Fine: ±0.5 | \nZ-Axis (Linear) | Travel (mm) | Coarse: ±6.5 / Fine: ±0.3 | \nMinimum Reading (μm) | Coarse: 10 / Fine: ±0.5 | \nΘX (Tilt) | Travel (°) | ±2.5 | \nMinimum Reading (°) | 29.3\" | \nΘY (Tilt) | Travel (°) | ±2.5 | \nMinimum Reading (°) | 27.8\" | \nΘZ (Angle) | Travel (°) | ±4 | \nMinimum Reading (°) | 33\" | \nLoad (kg) | 4 |"
        },
        {
            "id": 42029,
            "name": "Precision Alignment Coupling System",
            "url": "https://www.fiberalignment.com/product/stainless-one-click-help-point/",
            "description": "Breif Introduction Precision alignment coupling system, alignment coupling system, PLC coupling system, adjustment frame, automatic operation coupling.",
            "categories": [
                "Fiber Coupling System"
            ],
            "specifications_and_description": "Product General Introduction\n\nPrecision alignment coupling system, alignment coupling system, PLC coupling system, adjustment frame, automatic operation coupling system — fast alignment speed and higher precision. The coupling system delivers high production efficiency with simple and convenient operation. Equipped with unique intelligent algorithms, this coupling system is more popular among similar equipment and products. The DEYU brand coupling system meets your experimental needs, with genuine high-quality guarantee, direct factory sales, reliable quality and comprehensive after-sales service.\n\nPLC Coupling System\n\nProduct Delivery Instructions\n\nThis product is of standard specification. Orders of 1 to 50 units can be shipped on the same day. For orders of more than 50 units, please contact us to confirm the delivery date.\n\nProduct Features of Fiber Alignment Coupling System\n\nOPTICAL FIBER ALIGNMENT SYSTEM MACHINE\n\nOperation: Easy to operate, all work steps can be completed on the same platform.\n\nMaintenance: Modular system structure for easy maintenance.\n\nEfficiency: Adopts imported high-power UV light source chips to greatly shorten irradiation time.\n\nCompatibility: Supports optical path coupling for silicon optical waveguides, AWG, WDM, optical splitters, collimators, special optical fibers and other related optical devices.\n\nCustomization: Customized equipment solutions can be provided according to customer requirements.\n\nProduct Features\n\nEasy to controlled, all the work steps could finished in the same platform.\n\nThe modular system structure, easy to maintained.\n\nUse imported UV light source of high-power chip, could shorted the shining time.\n\nHas silicon optical wave coupling, AWG、WDM、optical slitter, alignment device, special fiber and so on related optical coupling.\n\nAccording to customer's requirement, could order different solutions\n\nThe six-position adjustment frame is mostly used in PLC coupling systems.\n\nPLC Splitter Planar Lightwave Circuit Process Flow\n\nCoupling Debugging Process Flow\n\nPLC package of multichannel device alignment by waveguide splitters and fiber in fiber array one by one, and use special glue (for instance epoxy glue) to adhere it. PLC splitter and alignment by array fiber is the point in this technology.\n\nBusiness Scope & Product Overview\n\nWe have 10 years of focus on PLC manual coupling systems, including manual/automatic coupling systems, manual precision alignment coupling systems with fast alignment speed and high precision, automatic coupling systems, CWDM semi-automatic alignment coupling systems, electric precision coupling adjustment frames, optical fiber fixtures, rotary optical fiber fixtures. Welcome to contact us for consultation!\n\nIntroduction of PLC Semi-Automatic Coupling System\n\nThe independently researched, developed and produced PLC semi-automatic coupling system is a low-cost and high-performance intelligent device for automatic optical alignment of PLC, AWG and other wavelength division devices. Adopting optimized algorithms, it improves optical alignment speed while ensuring optical alignment performance, effectively increasing the production efficiency of device manufacturers. The test software displays the alignment status of devices accurately and clearly through visualized images, facilitating users to take and place workpieces. The semi-automatic coupling system mainly consists of a commercial computer, optical platform, control box, sensors, light source, optical power meter, ultraviolet lamp, connecting wires and other components.\n\nInstallation Method of PLC Coupling System\n\nInstallation and Usage Steps\n\n1. Install the gantry on the shockproof platform (fix and install with the matched M6*10 screws).\n\n2. Install the system adjustment frame on the long-stroke guide rail with the matched screws (fix and install with the matched M4*8 screws).\n\n3. Install the fixed ring of horizontal zoom microscope lens.\n\n4. Install the zoom microscope lens (combine 0.5X objective lens, CCD camera and zoom microscope lens).\n\n5. Install LED lighting source.\n\n6. Connect UVLED point light source controller and UVLED point light source irradiation head.\n\n7. Connect color monitor and image splitter (connect the BNC lines of vertical direction CCD camera and horizontal direction CCD camera to CH1 and CH2 channels of the image splitter respectively), and finally connect the power supply of all equipment.\n\nDebugging Method of Coupling System\n\nThree-way (XYZ) adjustment can be realized through the dovetail adjustment frame, which can quickly adjust the lens focal length and move the lens to find the best position for observing devices, and then output images through the monitor. (Refer to the document \"Manual Assembly and Adjustment System\" for the specific usage method of CCD camera and image splitter.)"
        },
        {
            "id": 43281,
            "name": "Precision Compact Ultra-Thin Motorized Translation Stage OMSC-B Series",
            "url": "https://www.fiberalignment.com/product/precision-compact-ultra-thin-motorized-translation-stage-omsc-b-series/",
            "description": "The OMSC-B series precision compact ultra-thin motorized translation stage is a high-precision motorized linear slide specially designed for small sizes.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMSC-B series precision compact ultra-thin motorized translation stage is a high-precision motorized linear slide specially designed for small sizes and high use frequency. The main body uses hard aluminum alloy with a black anodized finish for good wear resistance and a fine appearance. It uses cross-roller or linear guides with high strength, strong load capacity and good durability; combined with precision grinding of the guide surfaces and precision assembly, it achieves high motion accuracy. The drive uses a precision ball screw (1 mm lead) with a standard two-phase stepper motor for high micro-stepping capability and positioning accuracy.\n\nProduct Features\n\nSmall-lead ball screw with a standard two-phase stepper motor for strong micro-stepping capability and good durability.; Cross-roller guides with high strength and load capacity.; Guide mounting surfaces precision-ground for high motion accuracy.; Three built-in sensors (positive/negative limit and zero) with a high-flexible modular cable for easier maintenance.\n\nTechnical Specifications\n\nModel | OMSC4020B | OMSC4050B | OMSC40100B | OMSC6020B | OMSC6050B | OMSC60100B | OMSC8050B | OMSC10050B | OMSC12580B | | \nMechanical Specifications | Tabletop Size (mm) | 40x40 | 60x60 | 80x80 | 100x100 | 125x125 | | \n | \nTravel (mm) | 20 | 50 | 100 | 20 | 50 | 100 | 50 | 50 | 80 | | \nTransmission Mechanism | Precision Ball Screw Ø6×1 | Precision Ball Screw Ø8×1 | | \nGuide | Precision Guide | Precision Guide | Precision Guide | Precision Guide | Precision Guide | Precision Guide | Precision Guide | | \nBody Material & Surface Finish | Aluminum alloy, black anodized | | \nOverall Height (mm) | 40 | 33 | 38 | | \nWeight (kg) | 0.4 | 0.5 | 0.6 | 0.45 | 0.55 | 0.7 | 0.9 | 1.2 | 1.5 | | \nCoupling (OD-Bore1-Bore2) (mm) | 22-5-3 | 22-5-5 | 22-5-4 | | \nAccuracy Specifications | Full-Step Resolution (μm) | 5 | | \n | \nMax Speed (mm/s) | 5 | | \nRepeat Positioning Accuracy (μm) | ≤±10 | | \nBacklash (μm) | ≤5 | | \nStatic Parallelism (μm) | ≤50 | | \nStraightness (μm) | ≤20 | | \nMotion Parallelism (μm) | ≤20 | | \nYaw (\") | ≤50 | | \nPitch (\") | ≤50 | | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 28 stepper motor, step angle 1.8° | 2-phase 35 stepper motor, step angle 1.8° | | \nMotor Brand & Model | Shinano | | \nOperating Current (A) | 1.3 | 1.2 | | \nMotor Torque (N·m) | 0.0785 | 0.18 | | \nSlide Connector | Connector Port | | \nSlide Connector Cable Type | High-Flex Cable | | \nSlide Connector Cable Length (m) | 0.2 | | \nSensor Supply Voltage | DC5-24V ±10% | | \nCurrent Consumption (mA) | Total below 30 mA | | \nControl Output | NPN Open Collector Output | | \n | \n | \n | \nOutput Logic | Output transistor ON (conducting) when detected (blocked) | | \n | \nLoad | Horizontal Load (kg) | 5 | 8 | 16 | 20 | 25 | | \nInverted Load (kg) | 2 | 3 | 5 | 6 | 7 | | \nVertical Load (kg) | 3 | 4 | 5 | 5 | 5 | | \nMatching Breadboard Adapter Plate Model | — | — | — | — | — | — | — | — | — | | \nMatching Z-Axis Adapter Plate Model | — | — | — | — | — | — | — | — | — | | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. | |"
        },
        {
            "id": 43053,
            "name": "Precision Fiber Alignment Mount",
            "url": "https://www.fiberalignment.com/product/precision-fiber-alignment-mount/",
            "description": "A professional fiber alignment device with a left/right-hand design and a device adjustment bracket in the middle.",
            "categories": [
                "Fiber Alignment Stage Series"
            ],
            "specifications_and_description": "Product Introduction\n\nA professional fiber alignment device with a left/right-hand design and a device adjustment bracket in the middle.\n\nProduct Features\n\nProfessional fiber alignment device with left/right-hand design and a central device adjustment bracket.; High-precision cross-roller guide for smooth motion and high precision.; Micrometer-head drive with 10 µm resolution and 2 µm minimum adjustment.; The micrometer head can be replaced with a differential head for an ultra-high 0.5 µm resolution.; Left/right adjustment brackets can use 3-6 axis mounts for high-precision positioning.; Suitable for fiber alignment, PLC splitter fabrication and other experiments requiring left/right alignment.\n\n "
        },
        {
            "id": 43195,
            "name": "Precision Fine-Adjustment Manual Rotation Stage OMXE Series",
            "url": "https://www.fiberalignment.com/product/precision-fine-adjustment-manual-rotation-stage-omxe-series/",
            "description": "The OMXE precision fine-adjustment manual rotation stage uses lightweight, high-strength aluminum alloy as the main body, manufactured with the company's.",
            "categories": [
                "Manual Rotary Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMXE precision fine-adjustment manual rotation stage uses lightweight, high-strength aluminum alloy as the main body, manufactured with the company's accumulated special machining and assembly processes. Driven by a worm-gear structure, the handwheel enables high-resolution precision angle adjustment, convenient to operate with good load capacity, suitable for applications requiring precise rotation angles. Its low height suits heavy loads and horizontal rotation. Mounting holes on the base connect directly to other tabletops, optical platforms or breadboards, and mounting holes on the tabletop allow workpiece mounting.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Precision bearing guidance with axial runout and other key indicators reaching an advanced domestic level.; Precision-ground worm-gear transmission for high positioning performance.; Ultra-thin, compact and refined structure.; Can be combined with other series into multi-axis assemblies.\n\nTechnical Specifications\n\nModel | OMXE40L | OMXE40R | OMXE60R | OMXE100R | \nTravel (°) | 360 | \nTabletop Diameter (mm) | Φ40 | Φ60 | Φ100 | \nGuide | Ball Bearing | \nDrive Type | Worm Gear | \nTransmission Ratio | 1:62 | 1:90 | 1:160 | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.2 | 0.5 | 1.3 | \nRadial Runout (μm) | ≦50 | \nCenter Load (kg) | 5 | 10 | 15 |"
        },
        {
            "id": 43149,
            "name": "Precision Heavy-Duty Motorized Goniometer Stage OMPZ Series",
            "url": "https://www.fiberalignment.com/product/precision-heavy-duty-motorized-goniometer-stage-ompz-series/",
            "description": "The OMPZ precision heavy-duty motorized goniometer stage is specially designed for medium-to-long travel, high loads and high repetition use.",
            "categories": [
                "Motorized Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMPZ precision heavy-duty motorized goniometer stage is specially designed for medium-to-long travel, high loads and high repetition use. The main body uses high-strength hard aluminum alloy with a black anodized surface for good wear resistance and a handsome appearance. A high-ratio precision worm gear provides precise positioning, and an arc V-shaped roller guide provides high strength, strong load capacity and good durability. A standard two-phase stepper motor provides high resolution and positioning accuracy. Widely used in precision micro-assembly, metrology, photonics and optical alignment.\n\nProduct Features\n\nRotation shaft system precision-machined through multiple processes for high fit accuracy, high load capacity and long life.; Precision-ground worm-gear transmission for high positioning accuracy, comfortable motion and stepless forward/reverse rotation with minimal backlash.; High-precision arc V-shaped roller guide with high strength, strong load capacity and good durability.; Standard stepper motor for automatic tilt adjustment and control.; Standard mounting holes; can be used alone or combined with other products into multi-axis motion systems.; Limit and initial zero functions; servo motor and rotary encoder can be fitted, and product customization is available.\n\nTechnical Specifications\n\nModel | OMPZ120A | OMPZ200A | OMPZ200B | \nMechanical Specifications | Angle Range (°) | ±44 | ±15 | ±44 | \nDesign Center Height | 78±0.2mm | 139±0.2mm | 155±0.2mm | \nTabletop Diameter (mm) | 120x120 | 200x200 | 200x200 | \nWorm Gear Ratio | 250:1 | 400:1 | 432:1 | \nWorm Wheel Material | Wear-Resistant Tin Bronze | \nGuide (Guiding Mechanism) | Arc V-Groove Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 8.8 | 24.5 | 32.0 | \nCoupling (OD-Bore1-Bore2) mm | 25-8-8 | 25-8-8 | 25-8-8 | \nAccuracy Specifications | Full-Step Resolution (mdeg) | 7.2 | 4.5 | ≈4.167 | \nResolution at 1/20 Micro-stepping (mdeg) | 0. 36 | 0. 225 | ≈0. 208 | \nMax Speed (°/s)* | 5.76 | 3.6 | 3.4 | \nRepeat Positioning Accuracy (°) | 0.008 | 0.008 | 0.008 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 57 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Leadshine 57CM13 | Leadshine 57CM23 | Leadshine 57CM23 | \nOperating Current (A) | 4.0 | 5.0 | 5.0 | \nMotor Torque (N·m) | 1.3 | 2.3 | 2.3 | \nDriver Brand & Model (not included) | DM542 | \nSlide Connector | DB9 (pin) | \nSensor Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 20 mA | \nControl Output | MPN normally-closed open collector: DC24V, below 8 mA, residual voltage below 0.3 V (at 2 mA load) | \nOutput Logic | Limit sensor: output transistor OFF (open) when detected (blocked); | \nLoad | Horizontal Load (kg) | 12 | 30 | 30 | \nInverted Load (kg) | 6 | 15 | 15 | \nVertical Load (kg) | 6 | 15 | 15 |"
        },
        {
            "id": 43119,
            "name": "Precision Heavy-Duty Motorized Rotation Stage OMZT-B Series",
            "url": "https://www.fiberalignment.com/product/precision-heavy-duty-motorized-rotation-stage-omzt-b-series/",
            "description": "The OMZT-B precision heavy-duty motorized rotation stage is developed on the basis of the OMZT-A cost-effective heavy-duty rotation stage, with ultra-high.",
            "categories": [
                "Motorized Rotary Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMZT-B precision heavy-duty motorized rotation stage is developed on the basis of the OMZT-A cost-effective heavy-duty rotation stage, with ultra-high rotation accuracy and high rigidity. It uses a cross-roller bearing ring, precision-ground worm gear and a unique stainless-steel shaft system and tabletop, ensuring high rotation accuracy and rigidity so that key indicators such as rotation accuracy, axial runout and radial runout reach the industry-advanced level. The unique worm-gear adjustment structure conveniently eliminates mechanical errors for long-term accuracy. The series offers high load capacity.\n\nProduct Features\n\nRotation shaft system and tabletop of stainless steel, precision-machined through multiple processes for high rigidity, high flatness, precise fit, strong load capacity and long life.; Precision-ground worm-gear transmission for high positioning performance.; High-grade cross-roller bearing ring for high motion characteristics.; Stepper motor and worm connected by a high-quality flexible coupling for synchronous transmission and elimination of backlash and form/position errors.; Stepper and servo electrical accessories available, with technical support and product customization.\n\nTechnical Specifications\n\nModel | OMZT60B | OMZT100B | OMZT200B | OMZT300B | \nMechanical Specifications | Angle Range | 360° | \nTabletop Diameter (mm) | 60 | 100 | 200 | 300 | \nWorm Gear Ratio | 90:1 | 160:1 | 160:1 | 240:1 | \nWorm Wheel Material | Wear-Resistant Tin Bronze | \nGuide (Guiding Mechanism) | Cross Roller Bearing Ring + Deep Groove Ball Bearing | \nBody Material & Surface Finish | Aluminum alloy black anodized + stainless steel tabletop & shaft | \nWeight (kg) | 0.98 | 2.92 | 10.54 | 19.82 | \nAccuracy Specifications | Full-Step Resolution (°) | 0.02 | 0.01125 | 0.01125 | 0.0075 | \nResolution at 1/20 Micro-stepping (°) | 0.001 | 0.0005625 | 0.0005625 | 0.000375 | \nMax Speed (°/s)* | 20 | 11.25 | 11.25 | 7.5 | \nRepeat Positioning Accuracy (°) | 0.005 | \nAxial Runout Accuracy | 30u | 30u | 35u | 40u | \nRadial Runout Accuracy | 30u | 30u | 35u | 40u | \nStatic Parallelism | 60u | 60u | 60u | 80u | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 28 stepper motor (1.8°) | 2-phase 42 stepper motor (1.8°) | 2-phase 57 stepper motor (1.8°) | \nMotor Brand & Model | Shinano | Leadshine | \nOperating Current (A) | 1.3 | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.0785 | 0.6 | 1.3 | \nDriver Brand & Model | Leadshine | \nSlide Connector | DB9 (pin) | \nNegative Limit Sensor (built-in) | OMRON | \nSensor Voltage (V) | DC54V ±10% | \nCurrent Consumption (mV) | Total below 20 mA | \nControl Output | NPN open collector output: DC24V, below 8 mA, residual voltage below 0.3 V (at 2 mA load) | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load (kg) | 15 | 30 | 60 | 100 | \nInverted Load (kg) | 7.5 | 15 | 30 | 50 | \nVertical Load (kg) | 7.5 | 15 | 30 | 50 | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43089,
            "name": "Precision Integral 2-Axis Motorized Stage EPSD Series",
            "url": "https://www.fiberalignment.com/product/precision-integral-2-axis-motorized-stage-epsd-series/",
            "description": "The EPSD series precision integral 2-axis motorized stage uses an integral two-dimensional design and stepper-motor control to automate XY spatial.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSD series precision integral 2-axis motorized stage uses an integral two-dimensional design and stepper-motor control to automate XY spatial displacement. It was developed to meet the need for integral 2D planar motion in industrial production lines, automated machining equipment and automated inspection equipment. It uses cross-roller guides and linear slider guides with ball-screw transmission and an integral structural design that effectively improves orthogonality and motion accuracy. A clear aperture is provided in the center, which can be fitted with glass or a fluorescent plate for transmission, reflection and scattering scan-alignment observation.\n\nProduct Features\n\nDual-axis integral orthogonal design with high precision and a compact structure.; High-quality ball-screw drive meets the requirements of high precision and high repetition frequency.; Precision cross-roller guides combined with high-precision slider guides for smooth motion and high load capacity.; A central clear aperture can be fitted with glass or an aluminum-alloy cover for flexible use in different industrial settings.; Standard two-phase stepper motor; five-phase stepper or servo motors can be fitted as required.; A brake motor is required for vertical use.\n\nTechnical Specifications\n\nModel | EPSD20 | EPSD50 | EPSD100 | EPSD150 | EPSD200 | \nMechanical Specifications | Tabletop Size (mm) | 125x125 | 200x200 | 250x250 | 400x400 | 450x450 | \nTravel (mm) | X: 20, Y: 20 | X: 50, Y: 50 | X: 100, Y: 100 | X: 150, Y: 150 | X: 200, Y: 200 | \nCenter Aperture Size (mm) | 42X42 | 90X90 | 140x140 | 250x250 | 300x300 | \nClear Aperture at Limit Travel (mm) | 30x30 | 65x65 | 90x90 | 125x125 | 200x200 | \nTransmission Mechanism | Ground Screw Ø6×1 | Ground Screw Ø8×2 | Ground Screw Ø8×2 | Ground Screw Ø10×2 | Ground Screw Ø10×2 | \nGuide (Guiding Mechanism) | Cross Roller Guide | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 60.5 | 84 | 84 | 103 | 103 | \nWeight | 2.5 | 8.5 | 11.1 | 23.9 | 27.0 | \nAccuracy Specifications | Resolution (μm) | 5 | 10 | 10 | 10 | 10 | \nResolution at 1/20 Micro-stepping | 0.25 | 0.5 | 0.5 | 0.5 | 0.5 | \nMax Speed (mm/s) | 5 | 5 | 5 | 5 | 5 | \nUnidirectional Positioning Accuracy (μm) | ≤20 | ≤25 | ≤30 | ≤50 | ≤50 | \nRepeat Positioning Accuracy (μm) | ≤±5 | ≤±5 | ≤±8 | ≤±15 | ≤±15 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (mm) | ≤0.1 | \nMotion Straightness (μm) | ≤15 | ≤20 | ≤25 | ≤30 | ≤35 | \nMotion Parallelism (μm) | ≤15 | ≤20 | ≤25 | ≤30 | ≤35 | \nYaw (\") | ≤30 | ≤50 | ≤50 | ≤60 | ≤65 | \nPitch (\") | ≤35 | ≤50 | ≤50 | ≤60 | ≤65 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 28 stepper motor, step angle 1.8° | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Shinano | Leadshine | \nOperating Current (A) | 1.3 | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.0785 | 0.6 | 1.3 | \nDriver Brand & Model | Leadshine | \nSlide Connector & Grating Scale Connector | Two DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | NPN-PCB-3L-20S-3308 | NPN-PCB-3L-50S-6508 | NPN-PCB-1L-2508 | \nHome Sensor (built-in) | NPN-PCB-3L-20S-3308 | NPN-PCB-3L-50S-6508 | NPN-PCB-1L-2508 | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 10kg | 20kg | 20kg | 30kg | 30kg | \nInverted Load | 3kg | 8kg | 8kg | 10kg | 10kg | \nVertical Load | 3kg | 8kg | 8kg | 10kg | 10kg | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43217,
            "name": "Precision Manual Goniometer Stage OMPL Series",
            "url": "https://www.fiberalignment.com/product/precision-manual-goniometer-stage-ompl-series/",
            "description": "The OMPL precision manual goniometer stage uses a high-strength hard aluminum-alloy frame with a black anodized finish, combining a lightweight structure.",
            "categories": [
                "Manual Goniometer Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMPL precision manual goniometer stage uses a high-strength hard aluminum-alloy frame with a black anodized finish, combining a lightweight structure with excellent wear resistance. Its core transmission uses high-precision cross-roller guides for positioning accuracy under high-rigidity support. A non-reflective blackened surface significantly suppresses stray-light interference in optical experiments, making it especially suitable for laser interferometry and waveplate angle calibration requiring strict optical-path cleanliness. The drive provides left/right micrometer fine adjustment with a vertical-use version. Tabletops from 40×40 mm to 60×60 mm are available.\n\nProduct Features\n\nSmall rotation-center wobble and high rigidity.; Good operating feel, suitable for frequent operation.; Rich choice of rotation-center heights (working distances) and a wide selection for different objects.; Material: 6061-T6 aluminum alloy.\n\nTechnical Specifications\n\nModel | OMPL4040L | OMPL4040R | OMPL4060L | OMPL4060R | \nTabletop Size (mm) | 40×40 | 40×40 | 40×40 | 40×40 | \nFeed Method | Standard Micrometer | \nFeed Position | Side | \nMinimum Reading | approx. 42\"/div | approx. 42\"/div | approx. 30\"/div | approx. 30\"/div | \nRotation Center Height (mm) | 40±0.2 | 40±0.2 | 60±0.2 | 60±0.2 | \nTravel (°) | ±7 | ±7 | ±4 | ±4 | \nGuide | Cross Roller Guide | \nLoad Capacity [kgf] | 3.0 | 3.0 | 3.0 | 3.0 | \nSetscrew Position | L | R | L | R | \nWeight (kg) | 0.15 | 0.15 | 0.15 | 0.15 | \nMain Material | 6061-T6 Aluminum Alloy | \nSurface Finish | Black Anodized | \n\nModel | OMPL6050L | OMPL6050R | OMPL6075L | OMPL6075R | \nTabletop Size (mm) | 60×60 | 60×60 | 60×60 | 60×60 | \nFeed Method | Standard Micrometer | \nFeed Position | Side | \nMinimum Reading | approx. 33\"/div | approx. 33\"/div | approx. 24\"/div | approx. 24\"/div | \nRotation Center Height (mm) | 50±0.2 | 50±0.2 | 75±0.2 | 75±0.2 | \nTravel (°) | ±4 | ±4 | ±4 | ±4 | \nGuide | Cross Roller Guide | \nLoad Capacity [kgf] | 5.0 | 5.0 | 3.0 | 3.0 | \nSetscrew Position | L | R | L | R | \nWeight (kg) | 0.31 | 0.31 | 0.31 | 0.31 | \nMain Material | 6061-T6 Aluminum Alloy | \nSurface Finish | Black Anodized |"
        },
        {
            "id": 43139,
            "name": "Precision Motorized Lift Stage ELPB50C",
            "url": "https://www.fiberalignment.com/product/precision-motorized-lift-stage-elpb50c/",
            "description": "The ELPB50C precision motorized lift stage was developed specifically to solve the eccentric-load problem of vertical stage use.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe ELPB50C precision motorized lift stage was developed specifically to solve the eccentric-load problem of vertical stage use. Its tabletop is horizontal with the drive force at the tabletop center and four over-constrained surrounding guides for good stability. The drive mechanism uses a ground screw with a screw nut and a standard servo motor for high resolution and positioning accuracy. The lift stage uses an orthogonal direction-changing mechanism with multi-axis support lifting to ensure smooth motion, high load capacity and long life.\n\nProduct Features\n\nHigh-quality ball-screw transmission for high repeat positioning accuracy and long service life.; Precision-ground worm gear drive with high load capacity and fine adjustment, with stepless lifting and low backlash.; Linear-bearing guides for high precision and smooth motion.; Servo motor and worm connected by a high-quality flexible coupling for synchronous transmission, good anti-deviation performance, low noise.; Fitted with zero and limit switches and an initial-zero function for accurate positioning and product protection.; Standard connection holes on both the base and tabletop for easy fixing and strong versatility.\n\nTechnical Specifications\n\nModel | ELPB50C | \nMechanical Specifications | Tabletop Size (mm) | 200X200 | \nTravel (mm) | 50 | \nTransmission Mechanism | Precision Ball Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Bearing | \nBody Material & Surface Finish | Stainless steel, sandblasted | \nOverall Height (mm) | 198mm | \nWeight | 16Kg | \nAccuracy Specifications | Encoder Resolution | 23bit | \nGrating Scale Resolution | 1μm | \nMax Speed (mm/s) | 10 | \nRepeat Positioning Accuracy (μm) | ≤±2.5 | \nBacklash (μm) | ≤5 | \nMotion Straightness (μm) | ≤30 | \nMotion Parallelism (μm) | ≤30 | \nYaw (\") | ≤60 | \nPitch (\") | ≤60 | \nElectrical Specifications | Motor Rated Output Power | 400W | \nMotor Brand & Model | Panasonic Servo | \nMotor Torque (N·m) | 1.27 | \nGrating Scale Brand | Renishaw | \nDriver Brand & Model | Panasonic | \nSlide Connector & Grating Scale Connector | Two DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | OMRON | \nHome Sensor (built-in) | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Load | 10kg | \nMax speed at no load, calculated theoretically and measured at 750 rpm servo speed. |"
        },
        {
            "id": 43077,
            "name": "Precision Motorized Linear Stage EPSB Series (Stepper)",
            "url": "https://www.fiberalignment.com/product/precision-motorized-linear-stage-epsb-series-stepper/",
            "description": "The EPSB series precision motorized linear stage is an improved version of the EPSA series. It uses high-precision ground ball screws, precision-grade.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSB series precision motorized linear stage is an improved version of the EPSA series. It uses high-precision ground ball screws, precision-grade self-aligning ball linear guides and high-quality couplings, a high-torque, high-stability two-phase stepper motor as the power source, and lightweight, high-strength aluminum alloy as the main body material. The product offers high precision, strong load capacity, good stability, strong versatility and easy combination, and is suitable for precision optical experiments, precision positioning and precision machining, such as high-precision laser processing.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Ground-grade ball-screw transmission: high efficiency, low starting torque, free of chatter and backlash, high positioning and repeat positioning accuracy.; Precision-grade self-aligning ball linear guide with a light preload assembly process for high load capacity; running parallelism and straightness ≤ 20 µm.; Driven by a standard two-phase stepper motor for high torque and stability.; Standard motor fitted with a handwheel for combined manual/automatic adjustment.; Two mechanical limit switches provide over-travel speed reduction and limit protection.; One photoelectric zero switch provides precise zero positioning and error correction, preventing error accumulation.; Standard DB9 interface for strong versatility and compatibility with the company's two-phase stepper motor controllers.\n\nTechnical Specifications\n\nModel | EPSB50 | EPSB100 | EPSB150 | EPSB200 | EPSB300 | EPSB400 | \nMechanical Specifications | Tabletop Size (mm) | 125X124 | 160X160 | \nTravel (mm) | 50 | 100 | 150 | 200 | 300 | 400 | \nTransmission Mechanism | Precision Ball Screw Ø12×4 | Precision Ball Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 55mm | 66mm | \nWeight | 3.55 | 3.85 | 4.15 | 4.5 | 9.4 | 10.8 | \nCoupling (OD-Bore1-Bore2) (mm) | 25-6-5 | 25-10-6.35 | \nFull-Step Resolution | 20μm | \nOpen-Loop Resolution at 1/20 Micro-stepping | 1μm | \nMax Speed (mm/s) | 20 | \nUnidirectional Positioning Accuracy (ref. μm) | ≤15 | ≤20 | ≤25 | ≤30 | ≤40 | ≤50 | \nRepeat Positioning Accuracy (ref. μm) | ≤±5 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (μm) | ≤40 | \nMotion Straightness (μm) | ≤20 | ≤25 | \nMotion Parallelism (μm) | ≤25 | ≤30 | \nYaw (\") | ≤50 | ≤60 | \nPitch (\") | ≤50 | ≤60 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Leadshine | \nOperating Current (A) | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.6 | 1.3 | \nDriver Brand & Model | Leadshine | \nSlide Connector | DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | OMRON | \nHome Sensor (built-in) | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 20kg | 30kg | \nInverted Load | 10kg | 15kg | \nVertical Load | 10kg | 15kg | \nMatching Z-Axis Adapter Plate Model | OMLB01B | OMLB01B | OMLB02B | OMLB02B | OMLB03B | OMLB03B | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43081,
            "name": "Precision Motorized Linear Stage EPSB-F Series (5-Phase Stepper)",
            "url": "https://www.fiberalignment.com/product/precision-motorized-linear-stage-epsb-f-series-5-phase-stepper/",
            "description": "The EPSB-F series is an improved version of the EPSB series. It uses high-precision ground ball screws, precision-grade self-aligning ball linear guides.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSB-F series is an improved version of the EPSB series. It uses high-precision ground ball screws, precision-grade self-aligning ball linear guides and high-quality couplings, a small-step-angle, low-heat, highly smooth five-phase Oriental Motor stepper motor as the power source, and lightweight, high-strength aluminum alloy as the main body material. The product offers high precision, strong load capacity, good stability, low vibration and smooth running, making it ideal for precision optical experiments, optical machining and optical inspection requiring low disturbance and ultra-high-precision positioning.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Ground-grade ball-screw transmission: high efficiency, low starting torque, free of chatter and backlash, high positioning and repeat positioning accuracy.; Precision-grade self-aligning ball linear guide with a light preload assembly process for high load capacity; running parallelism and straightness ≤ 20 µm.; Five-phase Oriental Motor stepper greatly reduces vibration and noise and improves motion smoothness.; Motor fitted with a handwheel for combined manual/automatic adjustment.; Two mechanical limit switches provide over-travel speed reduction and limit protection.; One photoelectric zero switch provides precise zero positioning and error correction, preventing error accumulation.; Standard DB9 interface for strong versatility and compatibility with the company's two-phase stepper motor controllers.\n\nTechnical Specifications\n\nModel | EPSB50F | EPSB100F | EPSB150F | EPSB200F | EPSB300F | EPSB400F | \nMechanical Specifications | Tabletop Size (mm) | 125X124 | 160X160 | \nTravel (mm) | 50 | 100 | 150 | 200 | 300 | 400 | \nTransmission Mechanism | Precision Ball Screw Ø12×4 | Precision Ball Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 55mm | 66mm | \nWeight | 3.55 | 3.85 | 4.15 | 4.5 | 9.4 | 10.8 | \nCoupling (OD-Bore1-Bore2) (mm) | 25-6-5 | 25-10-8 | \nAccuracy Specifications | Full-Step Resolution (μm) | 8μm | \nOpen-Loop Resolution at 1/20 Micro-stepping | 0.4μm | \nMax Speed (mm/s) | 20 | \nUnidirectional Positioning Accuracy (μm) | ≤10 | ≤15 | ≤20 | ≤25 | ≤35 | ≤45 | \nRepeat Positioning Accuracy (μm) | ≤±3 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (μm) | ≤40 | \nMotion Straightness (μm) | ≤20 | ≤25 | \nMotion Parallelism (μm) | ≤25 | ≤30 | \nYaw (\") | ≤50 | ≤60 | \nPitch (\") | ≤50 | ≤60 | \nElectrical Specifications | Motor & Step Angle (°) | 5-phase 42 stepper motor, step angle 0.72° | 5-phase 57 stepper motor, step angle | \nMotor Brand & Model | Oriental Motor | \nOperating Current (A) | 1.8 | 2.8 | \nMotor Torque (N·m) | 0.37 | 0.81 | \nDriver Brand & Model | Oriental Motor | \nSlide Connector | DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | OMRON | \nHome Sensor (built-in) | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 20kg | 30kg | \nInverted Load | 10kg | 15kg | \nVertical Load | 10kg | 15kg | \nMatching Z-Axis Adapter Plate Model | OMLB01B | OMLB01B | OMLB02B | OMLB02B | OMLB03B | OMLB03B | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43083,
            "name": "Precision Motorized Linear Stage EPSB-FG Series (5-Phase Stepper with Grating)",
            "url": "https://www.fiberalignment.com/product/precision-motorized-linear-stage-epsb-fg-series-5-phase-stepper-with-grating/",
            "description": "The EPSB-FG series is based on the EPSB-F series and adds a grating scale for closed-loop feedback.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSB-FG series is based on the EPSB-F series and adds a grating scale for closed-loop feedback. It uses high-precision ground ball screws, precision-grade self-aligning ball linear guides and high-quality couplings, a small-step-angle, low-heat, highly smooth five-phase Oriental Motor stepper as the power source, and lightweight, high-strength aluminum alloy as the main body material. It offers high precision, strong load capacity, good stability and low vibration.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Ground-grade ball-screw transmission: high efficiency, low starting torque, free of chatter and backlash, high positioning and repeat positioning accuracy.; Precision-grade self-aligning ball linear guide with a light preload assembly process; running parallelism and straightness ≤ 20 µm.; Five-phase Oriental Motor stepper greatly reduces vibration and noise and improves motion smoothness.; Equipped with a grating scale and high-precision read head for closed-loop control.; Two mechanical limit switches provide over-travel speed reduction and limit protection.; One photoelectric zero switch provides precise zero positioning and error correction.; Standard DB9 interface for strong versatility and compatibility with the company's two-phase stepper motor controllers.\n\nTechnical Specifications\n\nModel | EPSB50FG | EPSB100FG | EPSB150FG | EPSB200FG | EPSB300FG | EPSB400FG | \nMechanical Specifications | Tabletop Size (mm) | 125X124 | 160X160 | \nTravel (mm) | 50 | 100 | 150 | 200 | 300 | 400 | \nTransmission Mechanism | Precision Ball Screw Ø12×4 | Precision Ball Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 55mm | 66mm | \nWeight | 3.55 | 3.85 | 4.15 | 4.5 | 9.4 | 10.8 | \nCoupling (OD-Bore1-Bore2) (mm) | 25-6-5 | 25-10-8 | \nAccuracy Specifications | Closed-Loop Resolution (μm) | 1μm | 0.1μm | \nOpen-Loop Resolution at 1/20 Micro-stepping | 0.4μm | \nMax Speed (mm/s) | 20 | \nUnidirectional Positioning Accuracy (μm) | ≤8 | ≤12 | ≤16 | ≤20 | ≤28 | ≤36 | \nRepeat Positioning Accuracy (μm) | ≤±3 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (μm) | ≤40 | \nMotion Straightness (μm) | ≤20 | ≤25 | \nMotion Parallelism (μm) | ≤25 | ≤30 | \nYaw (\") | ≤50 | ≤60 | \nPitch (\") | ≤50 | ≤60 | \nElectrical Specifications | Motor & Step Angle (°) | 5-phase 42 stepper motor, step angle 0.72° | 5-phase 57 stepper motor, step angle 0.72° | \nMotor Brand & Model | Oriental Motor | \nOperating Current (A) | 1.8 | 2.8 | \nMotor Torque (N·m) | 0.37 | 0.81 | \nGrating Scale Brand | Guiyang Xintian | \nDriver Brand & Model | Oriental Motor | \nSlide Connector & Grating Scale Connector | Two DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | OMRON | \nHome Sensor (built-in) | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 20kg | 30kg | \nInverted Load | 10kg | 15kg | \nVertical Load | 10kg | 15kg | \nMatching Z-Axis Adapter Plate Model | OMLB01B | OMLB01B | OMLB02B | OMLB02B | OMLB03B | OMLB03B | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43079,
            "name": "Precision Motorized Linear Stage EPSB-G Series (Stepper with Grating)",
            "url": "https://www.fiberalignment.com/product/precision-motorized-linear-stage-epsb-g-series-stepper-with-grating/",
            "description": "The EPSB-G series is based on the EPSB precision motorized linear stage and adds a grating scale for closed-loop feedback.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSB-G series is based on the EPSB precision motorized linear stage and adds a grating scale for closed-loop feedback. It uses high-precision ground ball screws, precision-grade self-aligning ball linear guides and high-quality couplings, a high-torque, high-stability two-phase stepper motor as the power source, and lightweight, high-strength aluminum alloy as the main body material. It offers high precision, strong load capacity, good stability and strong versatility for precision optical experiments, positioning and machining.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Ground-grade ball-screw transmission: high efficiency, low starting torque, free of chatter and backlash, high positioning and repeat positioning accuracy.; Precision-grade self-aligning ball linear guide with a light preload assembly process for high load capacity; running parallelism and straightness ≤ 20 µm.; Driven by a standard two-phase stepper motor for high torque and stability.; Equipped with a grating scale and high-precision read head for closed-loop control and higher positioning accuracy.; Two mechanical limit switches provide over-travel speed reduction and limit protection.; One photoelectric zero switch provides precise zero positioning and error correction.; Standard DB9 interface for strong versatility and compatibility with the company's two-phase stepper motor controllers.\n\nTechnical Specifications\n\nModel | EPSB50 | EPSB100 | EPSB150 | EPSB200 | EPSB300 | EPSB400 | \nMechanical Specifications | Tabletop Size (mm) | 125X124 | 160X160 | \nTravel (mm) | 50 | 100 | 150 | 200 | 300 | 400 | \nTransmission Mechanism | Precision Ball Screw Ø12×4 | Precision Ball Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 55mm | 66mm | \nWeight | 3.55 | 3.85 | 4.15 | 4.5 | 9.4 | 10.8 | \nCoupling (OD-Bore1-Bore2) (mm) | 25-6-5 | 25-10-6.35 | \nOpen-Loop Resolution at 1/20 Micro-stepping | 1μm | \nMax Speed (mm/s) | 20 | \nUnidirectional Positioning Accuracy (ref. μm) | ≤10 | ≤15 | ≤20 | ≤25 | ≤35 | ≤45 | \nRepeat Positioning Accuracy (ref. μm) | ≤±5 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (μm) | ≤40 | \nMotion Straightness (μm) | ≤20 | ≤25 | \nMotion Parallelism (μm) | ≤25 | ≤30 | \nYaw (\") | ≤50 | ≤60 | \nPitch (\") | ≤50 | ≤60 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Leadshine | \nOperating Current (A) | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.6 | 1.3 | \nGrating Scale Brand | Guiyang Xintian | \nDriver Brand & Model | Leadshine | \nSlide Connector & Grating Scale Connector | Two DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | OMRON | \nHome Sensor (built-in) | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 20kg | 30kg | \nInverted Load | 10kg | 15kg | \nVertical Load | 10kg | 15kg | \nMatching Z-Axis Adapter Plate Model | OMLB01B | OMLB01B | OMLB02B | OMLB02B | OMLB03B | OMLB03B | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43085,
            "name": "Precision Motorized Linear Stage EPSH Series (Servo)",
            "url": "https://www.fiberalignment.com/product/precision-motorized-linear-stage-epsh-series-servo/",
            "description": "The EPSH series is an improved version of the EPSB series, adapted for smooth operation under low-speed, high-load conditions.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSH series is an improved version of the EPSB series, adapted for smooth operation under low-speed, high-load conditions. It uses high-precision ground ball screws, precision-grade self-aligning ball linear guides and high-quality couplings, a Panasonic servo motor with good torque-frequency characteristics, strong overload capacity, a wide speed range and very low vibration/noise as the power source, and lightweight, high-strength aluminum alloy as the main body material. It offers high precision, strong load capacity, good stability, very low vibration and noise, and smooth operation without creeping at low speed under heavy load.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Ground-grade ball-screw transmission: high efficiency, low starting torque, free of chatter and backlash, high positioning and repeat positioning accuracy.; Precision-grade self-aligning ball linear guide with a light preload assembly process for high load capacity and good straightness and parallelism.; Panasonic servo motor with good torque-frequency characteristics, strong overload capacity, wide speed range and very low vibration and noise.; Two mechanical limit switches provide over-travel speed reduction and limit protection.; One photoelectric zero switch provides precise zero positioning and error correction, preventing error accumulation.; Standard DB9 interface for strong versatility and compatibility with the company's motor controllers.; Standard mounting holes for easy installation and multi-axis module combinations.\n\nTechnical Specifications\n\nModel | EPSH50 | EPSH100 | EPSH150 | EPSH200 | EPSH300 | EPSH400 | \nMechanical Specifications | Tabletop Size (mm) | 125X124 | 160X160 | \nTravel (mm) | 50 | 100 | 150 | 200 | 300 | 400 | \nTransmission Mechanism | Precision Ball Screw Ø12×4 | Precision Ball Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 55mm | 66mm | \nWeight | 3.6 | 3.9 | 4.2 | 4.55 | 9.75 | 11.15 | \nCoupling (OD-Bore1-Bore2) (mm) | 25-8-6 | 25-10-11 | \nAccuracy Specifications | Encoder Resolution | 23bit | \nMax Speed (mm/s) | 50 | \nUnidirectional Positioning Accuracy (μm) | ≤8 | ≤12 | ≤16 | ≤20 | ≤28 | ≤36 | \nRepeat Positioning Accuracy (μm) | ≤±2 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (μm) | ≤40 | \nMotion Straightness (μm) | ≤20 | ≤25 | \nMotion Parallelism (μm) | ≤25 | ≤30 | \nYaw (\") | ≤50 | ≤60 | \nPitch (\") | ≤50 | ≤60 | \nElectrical Specifications | Motor Rated Output Power | 100W | 200W | \nMotor Brand & Model | Panasonic Servo | \nOperating Current (A) | 0.5 | 1.1 | \nMotor Torque (N·m) | 0.32 | 0.64 | \nDriver Brand & Model | Panasonic | \nSlide Connector & Grating Scale Connector | DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | OMRON | \nHome Sensor (built-in) | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 20kg | 30kg | \nInverted Load | 10kg | 15kg | \nVertical Load | 10kg | 15kg | \nMatching Z-Axis Adapter Plate Model | OMLB01B | OMLB01B | OMLB02B | OMLB02B | OMLB03B | OMLB03B | \nMax speed at no load, calculated theoretically and measured at 750 rpm servo speed. |"
        },
        {
            "id": 43087,
            "name": "Precision Motorized Linear Stage EPSH-G Series (Servo with Grating)",
            "url": "https://www.fiberalignment.com/product/precision-motorized-linear-stage-epsh-g-series-servo-with-grating/",
            "description": "The EPSH-G series is based on the EPSH servo series and adds a grating scale for closed-loop feedback.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSH-G series is based on the EPSH servo series and adds a grating scale for closed-loop feedback. It uses high-precision ground ball screws, precision-grade self-aligning ball linear guides and high-quality couplings, a Panasonic servo motor with good torque-frequency characteristics and strong overload capacity as the power source, and lightweight, high-strength aluminum alloy as the main body material. It offers high precision, strong load capacity, good stability and smooth running.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Ground-grade ball-screw transmission: high efficiency, low starting torque, free of chatter and backlash, high positioning and repeat positioning accuracy.; Precision-grade self-aligning ball linear guide with a light preload assembly process for high load capacity.; Panasonic servo motor with good torque-frequency characteristics, strong overload capacity, wide speed range and very low vibration and noise.; Equipped with a grating scale and high-precision read head for closed-loop control.; Two mechanical limit switches provide over-travel speed reduction and limit protection.; One photoelectric zero switch provides precise zero positioning and error correction.; Standard DB9 interface for strong versatility and compatibility with the company's motor controllers.\n\nTechnical Specifications\n\nModel | EPSH50 | EPSH100 | EPSH150 | EPSH200 | EPSH300 | EPSH400 | \nMechanical Specifications | Tabletop Size (mm) | 125X124 | 160X160 | \nTravel (mm) | 50 | 100 | 150 | 200 | 300 | 400 | \nTransmission Mechanism | Precision Ball Screw Ø12×4 | Precision Ball Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 55mm | 66mm | \nWeight | 4.05 | 4.5 | 4.95 | 5.45 | 10.95 | 12.65 | \nCoupling (OD-Bore1-Bore2) (mm) | 25-8-6 | 25-10-11 | \nAccuracy Specifications | Encoder Resolution | 23bit | \nGrating Scale Resolution | 1μm | 0.1μm | \nMax Speed (mm/s) | 50 | \nUnidirectional Positioning Accuracy (μm) | ≤5 | ≤10 | ≤13 | ≤15 | ≤20 | ≤25 | \nRepeat Positioning Accuracy (μm) | ≤±2 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (μm) | ≤40 | \nMotion Straightness (μm) | ≤20 | ≤25 | \nMotion Parallelism (μm) | ≤25 | ≤30 | \nYaw (\") | ≤50 | ≤60 | \nPitch (\") | ≤50 | ≤60 | \nElectrical Specifications | Motor Rated Output Power | 100W | 200W | \nMotor Brand & Model | Panasonic Servo | \nOperating Current (A) | 0.5 | 1.1 | \nMotor Torque (N·m) | 0.32 | 0.64 | \nGrating Scale Brand | Guiyang Xintian | \nDriver Brand & Model | Panasonic | \nSlide Connector & Grating Scale Connector | Two DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | OMRON | \nHome Sensor (built-in) | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 20kg | 30kg | \nInverted Load | 10kg | 15kg | \nVertical Load | 10kg | 15kg | \nMatching Z-Axis Adapter Plate Model | OMLB01B | OMLB01B | OMLB02B | OMLB02B | OMLB03B | OMLB03B | \nMax speed at no load, calculated theoretically and measured at 750 rpm servo speed. |"
        },
        {
            "id": 43121,
            "name": "Precision Motorized Rotation Stage MERA Series",
            "url": "https://www.fiberalignment.com/product/precision-motorized-rotation-stage-mera-series/",
            "description": "The MERA precision motorized rotation stage is a moderately priced product with relatively high precision.",
            "categories": [
                "Motorized Rotary Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe MERA precision motorized rotation stage is a moderately priced product with relatively high precision. Precision-ground worm gear ensures high rotation accuracy, with axial runout and radial runout reaching the industry-advanced level. It offers high load capacity, can be used vertically or even inverted, and can be combined for multi-axis use. The rotation shaft system is precision-machined through multiple processes for high fit accuracy, capacity and life. Precision worm-gear transmission and shaft-system design give high adjustment accuracy and low backlash, with a backlash-eliminating structure adjustable for wear. The tabletop has low axial runout and eccentricity for smooth rotation.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Precision-machined worm-gear transmission, stepless full-circle angular adjustment.; Optional zero photoelectric switch.; Servo motor can be fitted.; By changing the moving parts and motor, and with special treatment of core parts, it can be used in vacuum environments.\n\nTechnical Specifications\n\nModel | MERA60 | MERA100 | MERA200 | MERA300 | \nTabletop Diameter | 60mm | 100mm | 200mm | 300mm | \nTransmission Ratio | 90：1 | 180：1 | 180：1 | 270：1 | \nDrive Type | Worm Gear | \nGuide Type | Bearing | \nBody Material | Aluminum Alloy | \nSurface Finish | Black Anodized | \nWeight | 1.2kg | 1.9kg | 7.2kg | 13.5kg | \nMax Horizontal Center Load | 10 | 20 | 40 | 60 | \nResolution (no micro-stepping) | 0.02° | 0.01° | 0.01° | 0.0067° | \nMax Speed | 13°/sec | 6.5°/sec | 6.5°/sec | 4.3°/sec | \nRepeat Positioning Accuracy | 0.01° | \nAxial Runout Accuracy | 50u | 50u | 80u | 80u | \nParallelism | 80u | 80u | 80u | 100u |"
        },
        {
            "id": 42942,
            "name": "Probe Card",
            "url": "https://www.fiberalignment.com/product/probe-card/",
            "description": "The probes on the probe card can contact the chip pads to output and input electrical signals, thereby determining the chip's electrical parameters.",
            "categories": [
                "Chip Testing Accessories"
            ],
            "specifications_and_description": "Product Introduction\n\nThe probes on the probe card can contact the chip pads to output and input electrical signals, thereby determining the chip's electrical parameters.\n\nProduct Features\n\nVarious probe quantities and sizes with diverse probe materials.\n\nFlexible probe arrangement: single-layer or multi-layer.\n\nEasy maintenance; single probes can be replaced.\n\nApplication\n\nTesting of various optoelectronic chips.\n\nTechnical Parameters\n\nType | Probe material | Probe diameter | Tip diameter | Tip length | Probe-to-substrate height | PAD size | Epoxy | \n16-pin / 32-pin | Tungsten / Beryllium copper | 200 μm | 30 ± 2 μm | 320 ± 10 μm | 3 ± 0.1 mm | 100 μm × 100 μm | H9 | \n\nCan be customized per customer requirements."
        },
        {
            "id": 42937,
            "name": "probe station",
            "url": "https://www.fiberalignment.com/product/probe-station/",
            "description": "The probe station is used to fix probes and perform high-precision, high-stability probe movement.",
            "categories": [
                "Chip Testing Accessories"
            ],
            "specifications_and_description": "Product Introduction\n\nThe probe station is used to fix probes and perform high-precision, high-stability probe movement. It mainly consists of an adjustable high-precision slide and a magnetic base, allowing the slide and product position to be adjusted freely as needed.\n\nProduct Features\n\nUses a high-precision slide with high adjustment accuracy.\n\nMagnetic switch base for easy fixing and pick-and-place.\n\nMulti-dimensional adjustment for convenient testing.\n\nCompact and delicate, saving space.\n\nApplication\n\nTesting in the semiconductor industry, optoelectronics industry, integrated circuits and packaging.\n\nTechnical Parameters\n\nBase size | X/Y/Z axis travel range | X/Y/Z axis adjustment accuracy | Arc swing stage adjustment range (4-axis) | \n65 × 65 mm | ±6.5 mm | 1 μm | ±6° |"
        },
        {
            "id": 43177,
            "name": "Rack-and-Pinion Dovetail Manual Translation Stage SPYC Series",
            "url": "https://www.fiberalignment.com/product/rack-and-pinion-dovetail-manual-translation-stage-spyc-series/",
            "description": "The SPYC rack-and-pinion dovetail manual translation stage uses high-strength aluminum alloy with a black anodized finish and a dovetail guide for strong.",
            "categories": [
                "Manual Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe SPYC rack-and-pinion dovetail manual translation stage uses high-strength aluminum alloy with a black anodized finish and a dovetail guide for strong load capacity, with rack-and-pinion drive for fast adjustment. A side scale and locking function give good locking and high stability. Standard-pitch mounting holes on the tabletop and base make installation and combination easy, allowing multi-axis adjustment assemblies or combinations with other series.\n\nProduct Features\n\nDovetail guide: large travel, strong load capacity.; Rack-and-pinion transmission for fast adjustment.; With a graduated scale for fast, convenient reading.; Locking function for good locking and strong stability.; Rich range of specifications with high cost-effectiveness.\n\nTechnical Specifications\n\nModel | SPYC25-L50 | SPYC25-L70 | SPYC25-L100 | SPYC25-L150 | SPYC25-L200 | \nTabletop Size (mm) | 25X42 | 25X42 | 25X42 | 25X42 | 25X42 | \nBody Length (mm) | 50 | 70 | 100 | 150 | 200 | \nTravel (mm) | 30 | 50 | 80 | 130 | 180 | \nThickness (mm) | 25 | \nMinimum Scale (mm) | 0.1 | \nGuide | Dovetail Guide | \nDrive Type | Rack and Pinion | \nDrive Position | Side Drive | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.11 | 0.12 | 0.15 | 0.19 | 0.24 | \nHorizontal Load (kg) | 3 | 3 | 3 | 3 | 3 | \nMatching Breadboard Adapter Plate Model | OMLA06 | OMLA06 | OMLA06 | OMLA06 | OMLA06 | \n\nModel | SPYC40-L100 | SPYC40-L150 | SPYC40-L200 | SPYC40-L250 | SPYC40-L300 | \nTabletop Size (mm) | 40X40 | 40X40 | 40X40 | 40X40 | 40X40 | \nBody Length (mm) | 100 | 150 | 200 | 250 | 300 | \nTravel (mm) | 80 | 130 | 180 | 230 | 280 | \nThickness (mm) | 28 | \nMinimum Scale (mm) | 0.1 | \nGuide | Dovetail Guide | \nDrive Type | Rack and Pinion | \nDrive Position | Side Drive | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.24 | 0.31 | 0.38 | 0.45 | 0.52 | \nHorizontal Load (kg) | 3 | 3 | 3 | 3 | 3 | \nMatching Breadboard Adapter Plate Model | OMLA07 | OMLA07 | OMLA08 | OMLA08 | OMLA08 | \n\nModel | SPYC4040 | SPYC4060 | SPYC4090 | \nTabletop Size (mm) | 40X40 | 40X60 | 40X90 | \nBody Length (mm) | 40 | 60 | 90 | \nTravel (mm) | 20 | 40 | 60 | \nThickness (mm) | 34 | \nMinimum Scale (mm) | 0.1 | \nGuide | Dovetail Guide | \nDrive Type | Rack and Pinion | \nDrive Position | Side Drive | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nWeight (kg) | 0.21 | 0.27 | 0.36 | \nHorizontal Load (kg) | 5 | 5 | 5 | \nMatching Breadboard Adapter Plate Model | OMLA07 | OMLA07 | OMLA07 |"
        },
        {
            "id": 43259,
            "name": "Right-Angle Adapter Plate OMLA-B Series",
            "url": "https://www.fiberalignment.com/product/right-angle-adapter-plate-omla-b-series/",
            "description": "OMTOOLS right-angle adapter plates are suitable for manual stages and similar products, and are commonly used to mount two stages perpendicular to each.",
            "categories": [
                "Manual Stage Adapter Plates"
            ],
            "specifications_and_description": "Product Introduction\n\nOMTOOLS right-angle adapter plates are suitable for manual stages and similar products, and are commonly used to mount two stages perpendicular to each other. An XY linear stage and a single-axis linear stage can be combined into an XYZ linear stage using the right-angle adapter plate; two single-axis linear stages can likewise be assembled into an XZ linear stage.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Precision-machined, black-anodized high-strength aluminum alloy.; Minimizes impact on the optical system by reducing surface reflection.; Provides XZ and XYZ configurations for Hongxingyang standard manual products.\n\nTechnical Specifications\n\nModel | Body Material | Compatible Manual Products | Body Dimensions | Surface Finish | \nOMLA01B | 6061-T4 Aluminum Alloy | SPYB25, SPYB50, SPYD65 | 65x65x90mm | Black Anodized | \nOMLA02B | 6061-T4 Aluminum Alloy | SPYB75, SPYB100 | 65x65x120mm | Black Anodized | \nOMLA03B | 6061-T4 Aluminum Alloy | SPYD40 | 40x40x58mm | Black Anodized | \nOMLA04B | 6061-T4 Aluminum Alloy | SPYD60 | 60x60x80mm | Black Anodized | \nOMLA05B | 6061-T4 Aluminum Alloy | SPYD80 | 80x80x105mm | Black Anodized | \nOMLA06B | 6061-T4 Aluminum Alloy | SPYD100 | 70x100x125mm | Black Anodized | \nOMLA07B | 6061-T4 Aluminum Alloy | SPYD125 | 70x125x150mm | Black Anodized |"
        },
        {
            "id": 43169,
            "name": "Right-Angle Adapter Plate OMLB-B Series",
            "url": "https://www.fiberalignment.com/product/right-angle-adapter-plate-omlb-b-series/",
            "description": "OMTOOLS right-angle adapter plates are suitable for motorized stages and similar products, and are commonly used to mount two stages perpendicular to each.",
            "categories": [
                "Motorized Stage Adapter Plates"
            ],
            "specifications_and_description": "Product Introduction\n\nOMTOOLS right-angle adapter plates are suitable for motorized stages and similar products, and are commonly used to mount two stages perpendicular to each other. An XY linear stage and a single-axis linear stage can be combined into an XYZ linear stage using the right-angle adapter plate; two single-axis linear stages can likewise be assembled into an XZ linear stage.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Precision-machined, black-anodized high-strength aluminum alloy.; Minimizes impact on the optical system by reducing surface reflection.; Provides XZ and XYZ configurations for Hongxingyang standard motorized products.\n\nTechnical Specifications\n\nModel | Body Material | Compatible Motorized Products | Body Dimensions | Surface Finish | \nOMLB04B | 6061T4 | OMSC60-B | 60x60x120mm | Black Anodized | \nOMLB05B | 6061T4 | OMSC8050B | 80x80x80mm | Black Anodized | \nOMLB06B | 6061T4 | OMSC10050B | 100x100x100mm | Black Anodized | \nOMLB07B | 6061T4 | OMSC12580B | 125x125x125mm | Black Anodized |"
        },
        {
            "id": 43039,
            "name": "ROSA Coupling System — Automatic ROSA Coupling Equipment",
            "url": "https://www.fiberalignment.com/product/rosa-coupling-system-automatic-rosa-coupling-equipment/",
            "description": "With many years of experience in ROSA coupling systems, automatic ROSA coupling equipment and silicon-photonic chip coupling test systems, the company.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nWith many years of experience in ROSA coupling systems, automatic ROSA coupling equipment and silicon-photonic chip coupling test systems, the company focuses on automatic or manual optical alignment systems for various waveguide chips and on test instruments for passive or active optical devices, providing complete production and test equipment and customized concise, practical, standard test systems. The silicon-photonic chip coupling process includes aligning the fiber end face with the mode-spot converter region, adjusting to a suitable coupling gap, then UV-bonding the fiber to the fixing block and spacer; the silicon-photonic chip is bonded to the substrate, and its end-face coupling waveguide is a cantilever structure with a mode-spot converter.\n\nProduct Features\n\nHighly integrated and space-saving, with built-in 850/1310 nm light sources and adjustable optical power.; Built-in return-loss measurement function.; Align the fiber end face with the mode-spot converter using a micro-adjustment mount, then UV-bond the fiber to the fixing block and spacer.; The silicon-photonic chip is bonded to the substrate; its end-face coupling waveguide is a cantilever structure with a mode-spot converter.; The input and output ends of the silicon-photonic chip are each bonded with a spacer to support the coated portion of the fiber.; Consolidated data for the silicon-photonic chip coupling test system.\n\n "
        },
        {
            "id": 43199,
            "name": "Scissor Manual Lift Stage OMHA Series",
            "url": "https://www.fiberalignment.com/product/scissor-manual-lift-stage-omha-series/",
            "description": "The OMHA scissor manual lift stage is a large-travel manual lift slide. The main body uses high-strength aluminum alloy with a black anodized finish.",
            "categories": [
                "Manual Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMHA scissor manual lift stage is a large-travel manual lift slide. The main body uses high-strength aluminum alloy with a black anodized finish, a scissor lift structure and precision-ground screw drive with a self-locking function. It has a stable structure and is convenient and quick to adjust, suitable for large-travel coarse-positioning manual adjustment.\n\nProduct Features\n\nScissor lift mechanism: compact structure, large travel and strong load capacity.; Precision-ground screw drive for smooth adjustment.; High-strength aluminum-alloy main body with a black anodized finish for good durability and a fine appearance.; Rich range of specifications with high cost-effectiveness.\n\nTechnical Specifications\n\nModel | OMHA60A | OMHA60B | OMHA120A | OMHA120B | \nTravel (mm) | 60 | 60 | 120 | 120 | \nOverall Height (mm) | 60~120 | 60~120 | 110~230 | 110~230 | \nTabletop Size (mm) | 120x80 | 120x80 | 250x150 | 250x150 | \nDrive Type | Ground Screw Ø8×1 | Ground Screw Ø8×1 | Ground Screw Ø12×1.75 | Ground Screw Ø12×1.75 | \nAdjustment Method | Fine-Scale Handwheel Adjustment | Standard Handwheel Adjustment | Fine-Scale Handwheel Adjustment | Standard Handwheel Adjustment | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nLoad (kg) | 5 | 5 | 10 | 10 | \nWeight (kg) | 0.8 | 0.9 | 4.0 | 4.2 | \nMatching Breadboard Adapter Plate Model | OMLB04 | OMLB04 | — | — |"
        },
        {
            "id": 43127,
            "name": "Scissor Motorized Lift Stage OMDA Series",
            "url": "https://www.fiberalignment.com/product/scissor-motorized-lift-stage-omda-series/",
            "description": "The OMDA scissor motorized lift stage uses high-strength aluminum alloy with a black anodized surface.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMDA scissor motorized lift stage uses high-strength aluminum alloy with a black anodized surface. Its scissor lift structure with precision-ground screw drive is stable and convenient to adjust, suitable for large-travel coarse-positioning motorized applications. A standard stepper motor and DB9 interface allow automatic control via a motion controller, with limit and initial zero functions. Standard holes on both the base and tabletop make it versatile, and both surfaces can be mounting surfaces for easy combination into multi-axis stages. Servo motors and rotary encoders can be fitted.\n\nProduct Features\n\nMain body of high-strength aluminum alloy with a black anodized finish for durability and a fine appearance.; Scissor lift support with a dual-guide five-axis positioning mechanism for smooth motion, high load capacity and long life.; Precision-ground screw drive for smooth motion with stepless lifting and minimal backlash.; Standard stepper motor and DB9 interface for automatic control via a motion controller.; High-quality flexible coupling for synchronous transmission, good anti-deviation performance, low eccentric disturbance and low noise.; Limit and initial zero functions.; Standard holes on both the base and tabletop make it versatile and easy to combine into multi-axis stages.; Servo motors and rotary encoders can be fitted; product customization available.\n\nTechnical Specifications\n\nModel | OMDA60 | 0MDA120 | \nMechanical Specifications | Tabletop Size (mm) | 120x80 | 250x150 | \nTravel (mm) | 60±2 | 120 | \nTransmission Mechanism (mm) | Ground Screw Ø8×1 | Ground Screw Ø12×1.75 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (±2 mm) | 60~120 | 110~230 | \nWeight (kg) | 2.8 | 6.0 | \nMax Speed (mm/s) | 6 | 6 | \nBacklash (μm) | ≤50 | \nStatic Parallelism (mm) | ≤0.5 | \nYaw (\") | ≤100 | \nPitch (\") | ≤100 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Leadshine | \nOperating Current (A) | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.6 | 1.3 | \nDriver Brand & Model | Leadshine | \nSlide Connector & Grating Scale Connector | One DB9 (pin) | \nLimit Sensor (built-in) | NPN | \nHome Sensor (built-in) | NPN | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load) | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 5kg | 10kg | \nInverted Load | 5kg | 10kg | \nVertical Load | 5kg | 10kg | \nOptional Adapter Plate Model | OMLB04 | No | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43095,
            "name": "Sealed Motorized Stage EPSG Series",
            "url": "https://www.fiberalignment.com/product/sealed-motorized-stage-epsg-series/",
            "description": "The EPSG sealed motorized stage uses a sealed dust-proof structure with fiberglass dust cloth for industrial customers or harsh R&D environments, ensuring.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSG sealed motorized stage uses a sealed dust-proof structure with fiberglass dust cloth for industrial customers or harsh R&D environments, ensuring reliable sealing even as the stage moves. After rigorous testing, key indicators reach the industry-leading level. It is especially suitable for applications with high dust-proof requirements, such as laser ceramic cutting, LCD cutting, solar panel cutting and precision machining.\n\nProduct Features\n\nPrecision ball-screw drive and precision linear slide-guide ensure motion accuracy and straightness.; Special sealing design ensures an effective seal, suitable for applications with high dust-proof requirements.; Unique assembly process requirements ensure product consistency.; Left/right limit switches and a zero switch ensure safe operation.; Servo motor and grating scale available as options.\n\nTechnical Specifications\n\nModel | EPSG100 | EPSG200 | EPSG300 | \nTabletop Size (mm) | 250x250 | 250x250 | 250x250 | \nTravel (mm) | 100 | 200 | 300 | \nHorizontal Load (kg) | 40 | 40 | 40 | \nTransmission Mechanism | Ground Screw Ø20×5 | \nBody Material & Surface Finish | 6061-T6, sandblasted & black anodized | \nThickness (mm) | 100 | 100 | 100 | \nWeight (kg) | 17 | 19 | 21 | \nFull-Step Resolution (μm) | 25 | 25 | 25 | \nOpen-Loop Resolution at 1/20 Micro-stepping (μm) | 1.25 | 1.25 | 1.25 | \nClosed-Loop Resolution (μm) (grating scale) | 0.5 | 0.5 | 0.5 | \nMax Speed (mm/s) | 15 | 15 | 15 | \nRepeat Positioning Accuracy (μm) | ±5 | ±8 | ±10 | \nStatic Parallelism (μm) | 40 | 40 | 50 | \nRunning Parallelism (μm) | 25 | 25 | 30 | \nStraightness (μm) | 20 | 20 | 25 | \nBacklash (μm) | ≤10 | ≤10 | ≤10 | \nMotor Brand & Model | 2-phase 57 stepper motor, step angle 1.8° | \nLimit & Home Sensor | OMRON | \nSensor Voltage (V) | DC24V ±10% | \nCurrent Consumption (mA) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nSlide Connector | One DB9 without grating scale; one extra DB15 with grating scale |"
        },
        {
            "id": 42891,
            "name": "Silicon optical chip automatic coupling testing system",
            "url": "https://www.fiberalignment.com/product/silicon-optical-chip-automatic-coupling-testing-system/",
            "description": "Automatic wafer blue film feeding, automatic detection and sorting, suitable for wafers of different sizes; Chip quick clamping and unloading, automatic.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\r\nThe fully automatic coupling testing system for silicon optical chips can simultaneously meet the requirements of chip coupling and testing. The system supports coupling testing of different types of chips/Bar strips/wafers, with flexible parameter settings, visual interface, and convenient operation. This equipment is suitable for coupling testing of various materials such as silicon optical, thin film lithium niobate, III-V group, etc.\r\nProduct Features\n\r\nAutomatic wafer blue film feeding, automatic detection and sorting, suitable for wafers of different sizes; Chip quick clamping and unloading, automatic loading and unloading; Compatible with horizontal and vertical coupling, the chip and input/output FA are automatically coupled and aligned, with a single coupling time of less than 3 seconds. It can automatically search for light, control the distance between FA and chip (accuracy ± 5 μ m), and achieve multi-channel balance; Automatic power up, the probe array precisely contacts the chip pad array, which can power up a certain channel separately or power up all channels of the chip simultaneously; Compatible with horizontal and vertical coupling, expandable and upgradable for 8-inch wafer testing"
        },
        {
            "id": 42900,
            "name": "Single lens coupling device",
            "url": "https://www.fiberalignment.com/product/single-lens-coupling-device/",
            "description": "The single-lens coupling device is suitable for lens coupling and optical path shaping. The lens is picked up by vacuum adsorption, giving fast pick-up.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe single-lens coupling device is suitable for lens coupling and optical path shaping. The lens is picked up by vacuum adsorption, giving fast pick-up without damaging the material, with a coupling time < 30 s. The coupling function has a modular design; changing the fixture adapts it to small lenses of many different specifications, offering wide applicability and strong expandability.\n\nProduct Features\n\nAutomatically picks up the lens with non-destructive pick-and-place.\n\nAutomatic dispensing and automatic UV curing; responsivity change during UV curing < 10%.\n\nCoupling time < 2 min (including 1 min UV curing).\n\nRepeat coupling deviation < ±5%.\n\nApplication\n\nSuitable for lens coupling and optical path shaping.\n\nTechnical Parameters\n\nMotorized linear axes | Motorized angular axes | Vision system | Peripheral equipment | Coupling software | \nX: travel 100 mm, adjustment accuracy 0.1 μm, repeat ±0.5 μm; Y: travel 20 mm, resolution 0.05 μm, repeat ±0.2 μm; Z: travel 20 mm, resolution 0.05 μm, repeat ±0.2 μm | θX: travel ±4°, repeat ±0.005°; θY: travel ±7°, repeat ±0.005°; θZ: travel ±4°, repeat ±0.005° | Dual vision, 4000 W color CCD, lens optical magnification 0.7X–4.5X | Multi-axis motion controller, power meter, industrial PC, etc. | Automatic coupling, data logging, report output | \n\nPerformance Index\n\nEquipment dimensions | System power supply | Peak power | Power acquisition range | Coupling repeatability | Coupling time | \n1160 × 1100 × 1950 mm | AC220V/50Hz | 1200 W | -70 ~ 10 dBm | < 0.2 dB | < 30 s | \n\nInterface Display\nOperating interface - view 1Operating interface - view 2"
        },
        {
            "id": 43097,
            "name": "Single-Axis Linear Motor Stage OMDZ Series",
            "url": "https://www.fiberalignment.com/product/single-axis-linear-motor-stage-omdz-series/",
            "description": "The linear motor used in the OMDZ single-axis linear motor stage is an electromagnetic direct drive.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe linear motor used in the OMDZ single-axis linear motor stage is an electromagnetic direct drive. Such motors eliminate the mechanical parts in the power transmission system and transmit drive force directly to the motion platform without friction, enabling high speed and high acceleration. A coreless motor is ideal for positioning tasks with extremely high precision, running smoothly even at very low speed and producing no vibration at high speed. A non-contact, ultra-high-precision optical encoder measures the platform position directly.\n\nProduct Features\n\nThree-phase coreless linear motor direct drive.; Precision cross-roller guides effectively ensure motion accuracy and straightness.; Non-contact linear encoder with nanometer resolution.; Unique assembly process requirements ensure product consistency.\n\nTechnical Specifications\n\nModel | OMDZ50 | OMDZ100 | OMDZ150 | OMDZ200 | \nMechanical Specifications | Dimensions | 110X135 | 110X185 | 110X235 | 110X285 | \nTravel (mm) | 50 | 100 | 150 | 200 | \nTabletop Size (mm) | 110X135 | 110X185 | 110X235 | 110X285 | \nGuide (Guiding Mechanism) | Precision Cross Roller Guide | Precision Cross Roller Guide | Precision Cross Roller Guide | Precision Cross Roller Guide | \nBody Material & Surface Finish | 6061T6 | 6061T6 | 6061T6 | 6061T6 | \nLoad (kg) | 4 | 4 | 4 | 4 | \nMax Acceleration (mm/s²), Full Load | 100 | 100 | 100 | 100 | \nTotal Thickness (mm) | 35 | 35 | 35 | 35 | \nWeight (kg) | 1.2 | 1.8 | 2.4 | 2.8 | \nAccuracy Specifications | Grating Scale Resolution (μm) | 0.05 | 0.05 | 0.05 | 0.05 | \nMax Speed (mm/s)* | 120 | 120 | 120 | 120 | \nRepeat Positioning Accuracy (μm) | ±0.8 | ±0.8 | ±1 | ±1 | \nPitch (\") | 20 | 20 | 25 | 25 | \nYaw (\") | 20 | 20 | 25 | 25 | \nMotor Specifications | Motor | 3-phase coreless linear motor | 3-phase coreless linear motor | 3-phase coreless linear motor | 3-phase coreless linear motor | \nContinuous/Peak Thrust (N) | 11.5/46 | 11.5/46 | 11.5/46 | 11.5/46 | \nMotor Force Constant (N/Arms) | 7.3 | 7.3 | 7.3 | 7.3 | \nContinuous Current (Arms) | 1.6 | 1.6 | 1.6 | 1.6 | \nPeak Current (Arms) | 6.3 | 6.3 | 6.3 | 6.3 | \nSlide Connector | One DB15, one DB9 | One DB15, one DB9 | One DB15, one DB9 | One DB15, one DB9 | \nNote: accuracy data measured in the lab; max speed is at no load and decreases with load. |"
        },
        {
            "id": 43029,
            "name": "Single-Mode Fiber Coupler",
            "url": "https://www.fiberalignment.com/product/single-mode-fiber-coupler/",
            "description": "DEYU is a professional manufacturer of fiber coupling systems offering precision fiber couplers of excellent quality, including multi-mode fiber coupling.",
            "categories": [
                "Fiber Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nDEYU is a professional manufacturer of fiber coupling systems offering precision fiber couplers of excellent quality, including multi-mode fiber coupling stages, NxN coupling systems, waveguide reflection systems and automatic fiber coupling equipment. Single-mode fiber coupling differs from multi-mode coupling mainly in that Gaussian beam mode matching must be considered. The single-mode fiber coupler DY-05A achieves effective single-mode coupling of a laser beam into a bare single-mode fiber, and provides the sub-micron positioning resolution required for high single-mode coupling efficiency.\n\nProduct Features\n\nThe single-mode fiber coupler DY-05A achieves effective single-mode coupling of a laser beam into a bare single-mode fiber.; Provides the sub-micron positioning resolution required for high single-mode coupling efficiency.; Fine translation and focusing to position the focused laser beam on the fiber end face are provided by a three-axis positioner: M5x0.25 adjustment screws for smooth XY adjustment and a knurled knob with M16x0.75 thread for Z axial motion.; The sub-micron resolution needed to optimize coupling into a single-mode fiber is provided by a dynamic tilt stage that rotates the lens/fiber holder assembly using M5x0.25 adjustment screws.; Unlike conventional couplers whose positioner run-out may exceed the fiber misalignment tolerance, the fine tilt adjustment introduces only second-order beam translation.; The coupler's optical axis height is fixed at a nominal 76 mm, with threaded and through holes on the base for easy mounting on platforms and breadboards.\n\n "
        },
        {
            "id": 43241,
            "name": "Single-Mode Fiber Coupler",
            "url": "https://www.fiberalignment.com/product/single-mode-fiber-coupler-2/",
            "description": "The OMGH05A single-mode fiber coupler achieves effective single-mode coupling of a laser beam into a bare single-mode fiber, providing the sub-micron.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMGH05A single-mode fiber coupler achieves effective single-mode coupling of a laser beam into a bare single-mode fiber, providing the sub-micron positioning resolution required for high single-mode coupling efficiency. Fine translation and focusing to position the focused laser beam on the fiber end face are provided by a three-axis positioner holding the fiber chuck — M5x0.25 adjustment screws for smooth XY adjustment and a knurled knob with M16x0.75 thread for Z axial motion. The sub-micron resolution needed to optimize coupling into a single-mode fiber is provided by rotating the lens/fiber holder assembly with M5x0.25 screws.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Achieves effective single-mode coupling of a laser beam into a bare single-mode fiber.; Provides sub-micron positioning resolution for high single-mode coupling efficiency.; Three-axis positioner: M5x0.25 screws for XY and a knurled M16x0.75 knob for Z.; Fine tilt via M5x0.25 screws for optimizing single-mode coupling.; Compact, precise, easy to operate.\n\nTechnical Specifications\n\nModel | Displacement Axis | Travel Range | Optical Axis Height | Adjustment Thread | \nOMGH05A | XYZθxθy | X±1.6, Y±1.6, Z±3.6 | 76 | M5x0.25 M16X0.75 | \nOMGH06A | XYZθxθyθz | X±1.6, Y±1.6, Z±3.6 | 76 | M5x0.25 M16X0.75 |"
        },
        {
            "id": 43073,
            "name": "Standard Motorized Linear Stage EPSA Series (Stepper)",
            "url": "https://www.fiberalignment.com/product/standard-motorized-linear-stage-epsa-series-stepper/",
            "description": "The EPSA series standard motorized linear stage uses precision ball screws, self-aligning ball linear guides and high-quality couplings for transmission.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSA series standard motorized linear stage uses precision ball screws, self-aligning ball linear guides and high-quality couplings for transmission, a high-torque, low-heat, high-stability two-phase stepper motor as the power source, and lightweight, high-strength aluminum alloy as the main body material, manufactured with the company's accumulated special machining and assembly processes. The product offers a high degree of series standardization, good stability, strong versatility and easy combination, and is suitable for precision optical experiments, precision positioning and precision machining across research and industrial applications, maintaining high stability and consistency even in complex industrial environments.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Precision ball-screw transmission: high efficiency, low starting torque, high positioning and repeat positioning accuracy.; Self-aligning ball linear guide support with a light preload assembly process effectively eliminates play and increases rigidity, with high load capacity and good straightness and parallelism.; Driven by a standard two-phase stepper motor for high torque and stability.; Standard motor fitted with a handwheel for combined manual/automatic adjustment.; Two mechanical limit switches provide over-travel speed reduction and limit protection.; One photoelectric zero switch provides precise zero positioning and error correction, preventing error accumulation.; Standard DB9 interface for strong versatility and compatibility with the company's two-phase stepper motor controllers.\n\nTechnical Specifications\n\nModel | EPSA50 | EPSA100 | EPSA150 | EPSA200 | EPSA300 | EPSA400 | \nMechanical Specifications | Tabletop Size (mm) | 125X124 | 160X160 | \nTravel (mm) | 50 | 100 | 150 | 200 | 300 | 400 | \nTransmission Mechanism | Precision Ball Screw Ø12×4 | Precision Ball Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 55mm | 66mm | \nWeight | 3.55 | 3.85 | 4.15 | 4.5 | 9.4 | 10.8 | \nCoupling (OD-Bore1-Bore2) (mm) | 25-6-5 | 25-10-6.35 | \nAccuracy Specifications | Full-Step Resolution (μm) | 20μm | \nOpen-Loop Resolution at 1/20 Micro-stepping | 1μm | \nMax Speed (mm/s) | 20 | \nRepeat Positioning Accuracy (μm) | ≤±10 | \nBacklash (μm) | ≤10 | \nStatic Parallelism (μm) | ≤50 | \nYaw (\") | ≤50 | ≤60 | \nPitch (\") | ≤50 | ≤60 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Leadshine | \nOperating Current (A) | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.6 | 1.3 | \nDriver Brand & Model | Leadshine | \nSlide Connector | DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | OMRON | \nHome Sensor (built-in) | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 20kg | 30kg | \nInverted Load | 10kg | 15kg | \nVertical Load | 10kg | 15kg | \nMatching Z-Axis Adapter Plate Model | OMLB01B | OMLB01B | OMLB02B | OMLB02B | OMLB03B | OMLB03B | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43075,
            "name": "Standard Motorized Linear Stage EPSA-G Series (Stepper with Grating)",
            "url": "https://www.fiberalignment.com/product/standard-motorized-linear-stage-epsa-g-series-stepper-with-grating/",
            "description": "The EPSA-G series is based on the EPSA standard motorized linear stage and adds a grating scale for closed-loop feedback, providing higher positioning.",
            "categories": [
                "Motorized Linear Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe EPSA-G series is based on the EPSA standard motorized linear stage and adds a grating scale for closed-loop feedback, providing higher positioning accuracy and repeatability. It uses precision ball screws, self-aligning ball linear guides and high-quality couplings for transmission, a high-torque, low-heat, high-stability two-phase stepper motor as the power source, and lightweight, high-strength aluminum alloy as the main body material. Suitable for precision optical experiments, precision positioning and precision machining across research and industrial applications.\n\nProduct Features\n\nSpecial machining process and anodized surface finish unify precision, wear resistance and appearance.; Precision ball-screw transmission: high efficiency, low starting torque, high positioning and repeat positioning accuracy.; Self-aligning ball linear guide support with a light preload assembly process for high load capacity and good straightness and parallelism.; Driven by a standard two-phase stepper motor for high torque and stability.; Equipped with a grating scale and high-precision read head for closed-loop control and higher positioning accuracy.; Two mechanical limit switches provide over-travel speed reduction and limit protection.; One photoelectric zero switch provides precise zero positioning and error correction.; Standard DB9 interface for strong versatility and compatibility with the company's two-phase stepper motor controllers.\n\nTechnical Specifications\n\nModel | EPSA50G | EPSA100G | EPSA150G | EPSA200G | EPSA300G | EPSA400G | \nMechanical Specifications | Tabletop Size (mm) | 125X124 | 160X160 | \nTravel (mm) | 50 | 100 | 150 | 200 | 300 | 400 | \nTransmission Mechanism | Precision Ball Screw Ø12×4 | Precision Ball Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 55mm | 66mm | \nWeight | 4.0 | 4.4 | 4.9 | 5.3 | 10.6 | 12.3 | \nCoupling (OD-Bore1-Bore2) (mm) | 25-6-5 | 25-10-6.35 | \nAccuracy Specifications | Closed-Loop Resolution (μm) | 1μm | 0.1μm | \nOpen-Loop Resolution at 1/20 Micro-stepping | 1μm | \nMax Speed (mm/s) | 20 | \nRepeat Positioning Accuracy (μm) | ≤±10 | \nBacklash (μm) | ≤10 | \nStatic Parallelism (μm) | ≤50 | \nYaw (\") | ≤50 | ≤60 | \nPitch (\") | ≤50 | ≤60 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Leadshine | \nOperating Current (A) | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.6 | 1.3 | \nGrating Scale Brand | Guiyang Xintian | \nDriver Brand & Model | Leadshine | \nSlide Connector & Grating Scale Connector | Two DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | OMRON | \nHome Sensor (built-in) | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load); | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 20kg | 30kg | \nInverted Load | 10kg | 15kg | \nVertical Load | 10kg | 15kg | \nMatching Z-Axis Adapter Plate Model | OMLB01B | OMLB01B | OMLB02B | OMLB02B | OMLB03B | OMLB03B | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43406,
            "name": "Tail-Tube Welding Platform",
            "url": "https://www.fiberalignment.com/product/tail-tube-welding-platform/",
            "description": "The tail-tube welding platform uses electrodes to heat the metal tube wall, rapidly raising its temperature and melting the solder so that the gold-plated.",
            "categories": [
                "Welding and Packaging Equipment"
            ],
            "specifications_and_description": "Product Introduction\n\nThe tail-tube welding platform uses electrodes to heat the metal tube wall, rapidly raising its temperature and melting the solder so that the gold-plated nickel tube / kovar tube of the fiber assembly is bonded to the metal housing. It is suitable for housings with metal tail tubes, such as butterfly package housings, BOX package housings and fiber assemblies.\n\nProduct Features\n\nPrecise positioning of the housing with fine adjustment.\n\nIndependently settable heating/cooling curves; real-time monitoring of the tail-tube temperature with feedback control during welding.\n\nTemperature control of the device throughout the process to prevent high-temperature damage to materials.\n\nReal-time monitoring of current, temperature, gas pressure, impedance, time and status, displayed as curves and recorded as text, with data export.\n\nApplication\n\nHousings with metal tail tubes, such as butterfly package housings, BOX package housings and fiber assemblies.\n\nTechnical Parameters\n\nManual linear axis | Vision system | Peripheral equipment | Temperature-control software | \nTravel 13 mm, movement accuracy 1 μm | Single vision, 1600 W color CCD, lens optical magnification 0.7X–4.5X | DC regulated power supply, temperature controller, temperature measurement module, etc. | Independently settable heating/cooling time curves, real-time monitoring, data logging and report output | \n\nPerformance Index\n\nEquipment dimensions | Equipment power supply | Peak power | Gas supply pressure | Housing bottom temperature control | TEC temperature control accuracy | Heating efficiency | Nitrogen protection gas path | Mixed gas path | \n600 × 500 × 450 mm (L×W×H) | AC220V/10A | 1500 W | < 0.7 MPa | 25 ~ 150 °C | ±0.01 °C | 20 °C to 300 °C ≤ 25 s | Flow 0–20 SCFH adjustable; pressure 0–80 PSI adjustable; gas temperature 25–150 °C adjustable | Flow 0–20 SCFH adjustable; pressure 0–80 PSI adjustable; gas temperature 25–150 °C adjustable | \n\nInterface Display\nOperating interface - view 1Operating interface - view 2"
        },
        {
            "id": 42954,
            "name": "TEC stage",
            "url": "https://www.fiberalignment.com/product/tec-stage/",
            "description": "The lower part of the TEC stage is a manual slide and the upper part is the carrier stage. The carrier stage has built-in heating / heat dissipation /.",
            "categories": [
                "Temperature Control Equipment"
            ],
            "specifications_and_description": "Product Introduction\n\nThe lower part of the TEC stage is a manual slide and the upper part is the carrier stage. The carrier stage has built-in heating / heat dissipation / temperature measurement functions, with mounting holes on top for adapting to different material fixtures. Note: stage travel and adjustment angle can be customized per customer requirements.\n\nTechnical Parameters\n\nX axis | Z axis | θZ axis | Dimensions | \nTravel 13 mm; accuracy 1 μm | Travel 6 mm; accuracy 1 μm | Travel 360°; accuracy 0.024° | 60 × 100 × 200 mm |"
        },
        {
            "id": 43253,
            "name": "TEC Temperature Controller",
            "url": "https://www.fiberalignment.com/product/tec-temperature-controller/",
            "description": "The TEC temperature controller uses modern power-electronics technology and high-speed microprocessor program control to adjust the TEC chip temperature.",
            "categories": [
                "Temperature Control Equipment"
            ],
            "specifications_and_description": "Product Introduction\n\nThe TEC temperature controller uses modern power-electronics technology and high-speed microprocessor program control to adjust the TEC chip temperature through bidirectional power output, achieving stepless temperature setting and control from -5 °C to 100 °C. An intelligent PID closed-loop constant-temperature algorithm combined with the embedded temperature sensor in the temperature-controlled stage keeps long-term stability within ±0.1 °C, with no overshoot, recoil or surge when switching on/off or adjusting temperature. Comprehensive over-current, over-voltage, over-temperature and under-temperature protection circuits ensure safe operation. It works best with the company's full range of TEC stages.\n\nProduct Features\n\nIntelligent closed-loop constant-temperature control algorithm for good temperature stability.; Stepless temperature adjustment with a wide range.; Smooth operation with no overshoot, recoil or surge.; Integrated cooling system ensures continuous TEC operation.; Comprehensive protection circuits for safe, reliable operation.\n\nTechnical Specifications\n\nName | Model | Sensor Channels | Operating Voltage | External Dimensions | \nTEC Temperature Controller | FATC01P | 2 | 220V | | \n\nOutput Voltage Limit | 20V | Output Current Limit | 7A | \nOperating Temperature | -5℃~50℃ | Cooling System | Circulating Water Cooling | \nTemperature Control Range | -5℃~100℃ | Temperature Measurement Resolution | ＜0.05℃ | \nTemperature Fluctuation | ≤±0.1℃ | Temperature Drift | ＜0.1℃/30℃ |"
        },
        {
            "id": 43251,
            "name": "TEC Temperature-Controlled Stage",
            "url": "https://www.fiberalignment.com/product/tec-temperature-controlled-stage/",
            "description": "The TEC temperature-controlled stage is a chip carrier built on semiconductor refrigeration technology that integrates precision temperature control.",
            "categories": [
                "Temperature Control Equipment"
            ],
            "specifications_and_description": "Product Introduction\n\nThe TEC temperature-controlled stage is a chip carrier built on semiconductor refrigeration technology that integrates precision temperature control and precision displacement adjustment. The carrier forms a multi-axis precision adjustment system using the company's self-developed precision manual stages, embedded with a highly reliable semiconductor cooling chip and a copper or stainless-steel tabletop with excellent heat conduction. The tabletop has good temperature uniformity with a variation of no more than 0.2 °C, providing a stable and efficient constant-temperature environment for coupling, packaging and testing of optical, electrical and optoelectronic hybrid chips.\n\nProduct Features\n\nHigh adjustment precision and excellent constant-temperature performance.; High heat-transfer efficiency and good temperature uniformity.; Compact, noise-free and vibration-free.; Both cooling and heating with a wide temperature control range.; Chip fixing by clamping or vacuum adsorption.\n\nTechnical Specifications\n\nName | Model | Cooling Method | Adjustment Axes | Tabletop | \nTEC Temperature-Controlled Stage | FAT01 | Water Cooling | X, Y, R | Copper | \n\nTabletop Size | 40mm×40mm | Tabletop Material | Copper | \nX-Axis Adjustment Range | ±6.5mm | X-Axis Minimum Scale | 10μm | \nY-Axis Adjustment Range | ±6.5mm | Y-Axis Minimum Scale | 10μm | \nR-Axis Adjustment Range | Coarse 360°, fine 5° | R-Axis Minimum Scale | Coarse 1°, fine 5' | \nOperating Temperature Range | -5℃~100℃ | Temperature Uniformity | ≤0.2℃ | \nTEC Cooling Method | Water Cooling | Chip Fixing Method | Vacuum Adsorption |"
        },
        {
            "id": 42951,
            "name": "TEC thermostat",
            "url": "https://www.fiberalignment.com/product/tec-thermostat/",
            "description": "The TEC temperature controller is a high-performance temperature control system designed specifically for electronic device temperature control.",
            "categories": [
                "Temperature Control Equipment"
            ],
            "specifications_and_description": "Product Introduction\n\nThe TEC temperature controller is a high-performance temperature control system designed specifically for electronic device temperature control. It features perfect PID control software and intelligent stepless temperature control, capable of both heating and cooling, meeting the high control precision and strong stability requirements of manufacturers and research institutions.\n\nProduct Features\n\nWide temperature control range, high control precision and strong stability.\n\nIntelligent stepless temperature control with bidirectional temperature control.\n\nFriendly human-machine interaction interface.\n\nApplication\n\nElectronic device temperature control.\n\nTechnical Parameters\n\nTemperature adjustment range | Temperature control accuracy | Voltage | Current | \n-45 °C to 135 °C | 0.01 °C | 24 V | ±10 A |"
        },
        {
            "id": 43041,
            "name": "TOSA Coupling System",
            "url": "https://www.fiberalignment.com/product/tosa-coupling-system/",
            "description": "The TOSA coupling system belongs to the optical communications industry and relates to a six-axis-stage-based TOSA lens coupling system.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe TOSA coupling system belongs to the optical communications industry and relates to a six-axis-stage-based TOSA lens coupling system. The six-axis stage, four-axis stage, slide, DC coupling power supply and UV lamp fixing jig are all mounted on an optical platform with a rectangular array of equally spaced threaded holes for fixing components. One end of the adapter jig is fixed to the six-axis stage and the other end connects to the lens nozzle; the product clamping jig is fixed on the four-axis stage directly below the lens nozzle, with the UV lamp fixed diagonally above it. A Thorlabs beam profiler is mounted on the slide and connected to a monitor; the DC coupling power supply is connected to the product to be coupled.\n\nProduct Features\n\nSix-axis-stage-based TOSA lens coupling system.; Six-axis stage, four-axis stage, slide, DC coupling power supply and UV lamp jig all mounted on an optical platform.; Rectangular array of equally spaced threaded holes on the platform for flexible component fixing.; Adapter jig connects the six-axis stage to the lens nozzle.; Product clamping jig fixed on the four-axis stage directly below the lens nozzle.; UV lamp fixed diagonally above the product clamping jig.; Thorlabs beam profiler mounted on the slide and connected to a monitor for observation.\n\n "
        },
        {
            "id": 43181,
            "name": "Ultra-Precision Manual Translation Stage SPYD Series",
            "url": "https://www.fiberalignment.com/product/ultra-precision-manual-translation-stage-spyd-series/",
            "description": "The SPYD ultra-precision manual translation stage uses an aluminum-alloy main body with high sensitivity and a small footprint, and cross-roller guides.",
            "categories": [
                "Manual Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe SPYD ultra-precision manual translation stage uses an aluminum-alloy main body with high sensitivity and a small footprint, and cross-roller guides driven by a micrometer, giving a sensitivity of less than 2 µm. Various tabletop sizes and moderate thickness allow single- or multi-axis use.\n\nProduct Features\n\nCross-roller guides for strong load capacity, good wear resistance and key indicators such as sensitivity.; Aluminum-alloy main body with a black finish, suitable for optical experiments requiring high manual adjustment precision.; Available with micrometer or fine-thread drive; each product is offered in left, right and center drive versions, with vertical-use versions, making combination very flexible and convenient.; Rich range of sizes, good compatibility, short lead time and high cost-effectiveness.\n\nTechnical Specifications\n\nModel | SPYD40L | SPYD40R | SPYD40ZL | SPYD40ZR | \nTravel (mm) | 13 | \nTabletop Size (mm) | 40×40 | \nThickness (mm) | 20 | \nGuide | Cross Roller Guide | \nDrive Type | Micrometer | \nDrive Position | Left | Right | Center/Left Hand | Center/Right Hand | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | \nParallelism (μm) | <30 | \nYaw (\") | <25 | \nMax Load (kg) | 3 | \nMatching Breadboard Adapter Plate Model | OMLA01 | \nMatching Z-Axis Adapter Plate Model | OMLA03B | \n\nModel | SPYD60L | SPYD60R | SPYD60ZL | SPYD60ZR | \nTravel (mm) | 13 | \nTabletop Size (mm) | 60×60 | \nThickness (mm) | 20 | \nGuide | Cross Roller Guide | \nDrive Type | Micrometer | \nDrive Position | Left | Right | Center/Left Hand | Center/Right Hand | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | \nParallelism (μm) | <30 | \nYaw (\") | <25 | \nMax Load (kg) | 5 | \nMatching Breadboard Adapter Plate Model | OMLA01 | \nMatching Z-Axis Adapter Plate Model | OMLA04B | \n\nModel | SPYD65L | SPYD65R | SPYD65ZL | SPYD65ZR | \nTravel (mm) | 25 | \nTabletop Size (mm) | 65×65 | \nThickness (mm) | 20 | \nGuide | Cross Roller Guide | \nDrive Type | Micrometer | \nDrive Position | Left | Right | Center/Left Hand | Center/Right Hand | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | \nParallelism (μm) | <30 | \nYaw (\") | <25 | \nMax Load (kg) | 5 | \nMatching Breadboard Adapter Plate Model | No | \nMatching Z-Axis Adapter Plate Model | OMLA01B | \n\nModel | SPYD80L | SPYD80R | SPYD80ZL | SPYD80ZR | \nTravel (mm) | 25 | \nTabletop Size (mm) | 80×80 | \nThickness (mm) | 20 | \nGuide | Cross Roller Guide | \nDrive Type | Micrometer | \nDrive Position | Left | Right | Center/Left Hand | Center/Right Hand | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | \nParallelism (μm) | <30 | \nYaw (\") | <25 | \nMax Load (kg) | 7 | \nMatching Breadboard Adapter Plate Model | OMLA02 | \nMatching Z-Axis Adapter Plate Model | OMLA05B | \n\nModel | SPYD100L | SPYD100R | SPYD100ZL | SPYD100ZR | \nTravel (mm) | 25 | \nTabletop Size (mm) | 100×100 | \nThickness (mm) | 20 | \nGuide | Cross Roller Guide | \nDrive Type | Micrometer | \nDrive Position | Left | Right | Center/Left Hand | Center/Right Hand | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | \nParallelism (μm) | <30 | \nYaw (\") | <25 | \nMax Load (kg) | 15 | \nMatching Breadboard Adapter Plate Model | OMLA03 | \nMatching Z-Axis Adapter Plate Model | OMLA06B | \n\nModel | SPYD125L | SPYD125R | SPYD125ZL | SPYD125ZR | \nTravel (mm) | 25 | \nTabletop Size (mm) | 125×125 | \nThickness (mm) | 20 | \nGuide | Cross Roller Guide | \nDrive Type | Micrometer | \nDrive Position | Left | Right | Center/Left Hand | Center/Right Hand | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | \nParallelism (μm) | <30 | \nYaw (\") | <25 | \nMax Load (kg) | 20 | \nMatching Breadboard Adapter Plate Model | OMLA04 | \nMatching Z-Axis Adapter Plate Model | OMLA07B |"
        },
        {
            "id": 43237,
            "name": "V-Groove Micro Clamp",
            "url": "https://www.fiberalignment.com/product/v-groove-micro-clamp/",
            "description": "The OMFG12 V-groove micro clamp is ideal for holding small (Ø250 µm to Ø2.5 mm) cylindrical items and lenses.",
            "categories": [
                "Fiber-Optic Positioning Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMFG12 V-groove micro clamp is ideal for holding small (Ø250 µm to Ø2.5 mm) cylindrical items and lenses. Its compact design suits space-limited or awkward situations, and with an XYZ translation stage it can position small optical components. The sturdy spring-loaded stainless-steel blade is very easy to use and very stable when positioning micro-optical components. It mounts directly to a post via a rear M4 mounting hole.\n\nProduct Features\n\nSpring-driven V-groove clamp.; Stainless-steel blade provides rigidity.; Clamps cylindrical objects from Ø250 µm to Ø2.5 mm.; Miniaturized design with extended blade gives access to hard-to-reach areas of optical setups.; Mounts a post via an M4 threaded hole.; Material: 0Cr18Ni9.\n\nTechnical Specifications\n\nModel | Material | Applicable Optical Element Diameter | Post Mounting Thread | \nOMFG12 | 0Cr18Ni9 | Ø250µm-Ø2.5mm | M4 |"
        },
        {
            "id": 43446,
            "name": "Vertical Axis Alignment and Coupling System FA-VA Series",
            "url": "https://www.fiberalignment.com/product/vertical-axis-alignment-coupling-system-fa-va-series/",
            "description": "Three standardized configurations (FA-VA201, FA-VA202 and FA-VA203) for TOSA, ROSA and BOSA alignment and coupling using adhesive bonding.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\nThe Form.ai vertical-axis alignment and coupling system is available in three standardized configurations: FA-VA201, FA-VA202 and FA-VA203. These configurations are suitable for TOSA, ROSA and BOSA coupling using adhesive bonding processes.\nTechnical Specifications\n\n Item | \n FA-VA201 | \n FA-VA202 | \n FA-VA203 | \n\n Upper Adjustment Stage | \n 3-axis | \n 3-axis | \n 5-axis | \n\n Lower Adjustment Stage | \n 2-axis | \n 2-axis | \n Fixed | \n\n Upper Fixture | \n Ferrule Assembly Fixture | \n Adapter Fixture | \n Base Fixture | \n\n Lower Fixture | \n Base Fixture | \n Base Fixture | \n BIDI Fixture | \n\n Visual Observation | \n 2 channels | \n 2 channels | \n 2 channels | \n\n Visual Measurement | \n - | \n - | \n - | \n\n UV Curing Equipment | \n Optional | \n Optional | \n Optional | \n\n Dispensing Equipment | \n Optional | \n Optional | \n Optional | \n\n Laser Welding Equipment | \n - | \n - | \n - | \n\n Optical Inspection Equipment | \n Standard | \n Standard | \n Standard | \n\n Item | \n FA-VA201 | \n FA-VA202 | \n FA-VA203 | \n\n Upper Adjustment Stage | \n X-axis | \n Travel (mm) | \n 20 | \n 20 | \n 20 | \n\n Resolution (μm) | \n 0.5 | \n 0.5 | \n 0.5 | \n\n Y-axis | \n Travel (mm) | \n 20 | \n 20 | \n 20 | \n\n Resolution (μm) | \n 0.5 | \n 0.5 | \n 0.5 | \n\n Z-axis | \n Travel (mm) | \n 70 | \n 70 | \n 70 | \n\n Resolution (μm) | \n 0.5 | \n 0.5 | \n 0.5 | \n\n θX-axis | \n Travel (°) | \n - | \n - | \n ±3 | \n\n Resolution (°) | \n - | \n - | \n 0.003 | \n\n θY-axis | \n Travel (°) | \n - | \n - | \n ±3 | \n\n Resolution (°) | \n - | \n - | \n 0.003 | \n\n θZ-axis | \n Travel (°) | \n - | \n - | \n - | \n\n Resolution (°) | \n - | \n - | \n - | \n\n Lower Adjustment Stage | \n X-axis | \n Travel (mm) | \n - | \n - | \n - | \n\n Resolution (μm) | \n - | \n - | \n - | \n\n Y-axis | \n Travel (mm) | \n - | \n - | \n - | \n\n Resolution (μm) | \n - | \n - | \n - | \n\n Z-axis | \n Travel (mm) | \n - | \n - | \n - | \n\n Resolution (μm) | \n - | \n - | \n - | \n\n θX-axis | \n Travel (°) | \n ±3 | \n ±3 | \n - | \n\n Resolution (°) | \n 0.003 | \n 0.003 | \n - | \n\n θY-axis | \n Travel (°) | \n ±3 | \n ±3 | \n - | \n\n Resolution (°) | \n 0.003 | \n 0.003 | \n - | \n\n θZ-axis | \n Travel (°) | \n - | \n - | \n - | \n\n Resolution (°) | \n - | \n - | \n - | \n\n Visual Observation | \n Working Distance (mm) | \n 86 | \n 86 | \n 86 | \n\n Field of View (mm × mm) | \n 0.9×0.7~8×6 | \n 0.9×0.7~8×6 | \n 0.9×0.7~8×6 | \n\n Magnification | \n 0.6~5.0 | \n 0.6~5.0 | \n 0.6~5.0 | \n\n UV Curing Equipment | \n Wavelength Range (nm) | \n 365~405 | \n 365~405 | \n 365~405 | \n\n Peak Irradiance (mW/cm²) | \n 400~3200 | \n 400~3200 | \n 400~3200 | \n\n Power Adjustment Range | \n 0~100% | \n 0~100% | \n 0~100% | \n\n Control Method | \n IO Control | \n IO Control | \n IO Control | \n\n Dispensing Equipment | \n Dispensing Time (s) | \n 0.001~9.999 | \n 0.001~9.999 | \n 0.001~9.999 | \n\n Accuracy | \n ±0.5% | \n ±0.5% | \n ±0.5% | \n\n Minimum Dispensing Volume (mL) | \n 0.01 | \n 0.01 | \n 0.01 | \n\n Basic Specifications | \n Power Supply (V) | \n AC220 | \n AC220 | \n AC220 | \n\n Dimensions (m × m × m) | \n 0.8×0.6×1.5 | \n 0.8×0.6×1.5 | \n 0.8×0.6×1.5 | \n\n Weight (kg) | \n 145 | \n 150 | \n 150 |"
        },
        {
            "id": 42930,
            "name": "Vertical grating/horizontal end coupling equipment",
            "url": "https://www.fiberalignment.com/product/vertical-grating-horizontal-end-coupling-equipment/",
            "description": "The vertical grating / horizontal end-face coupling equipment enables coupling of fiber and grating in the vertical/horizontal directions, with six-axis.",
            "categories": [
                "Grating and End-Face Coupling Systems"
            ],
            "specifications_and_description": "Product Introduction\n\nThe vertical grating / horizontal end-face coupling equipment enables coupling of fiber and grating in the vertical/horizontal directions, with six-axis adjustment of fiber arrays. It uses high-precision stages for high coupling precision and good repeatability. The coupling function has a modular design; changing the fixture adapts it to many devices, offering wide applicability and strong expandability.\n\nProduct Features\n\nUses high-precision stages to ensure adjustment precision.\n\nModular design with wide applicability and strong expandability.\n\nChanging the fixture adapts it to many devices.\n\nFast alignment and good repeatability.\n\nApplication\n\nVertical / horizontal coupling of fiber and grating.\n\nTechnical Parameters\n\nMotorized linear axes | Vision system | Peripheral equipment | Coupling software | \nX/Y/Z: travel 20 mm, resolution 0.05 μm, repeat ±0.2 μm | Dual vision, 4000 W color CCD, lens optical magnification 0.7X–4.5X | Display screen, multi-axis controller, host, power meter, etc. | Automatic coupling, data logging, report output | \n\nPerformance Index\n\nEquipment dimensions | System power supply | Peak power | Power acquisition range | Coupling repeatability | Machine efficiency | \n900 × 800 × 1350 mm (L×W×H) | AC220V/50Hz | 1000 W | -70 ~ 10 dBm | < 0.2 dB | < 20 s | \n\nInterface Display\nOperating interface - view 1Operating interface - view 2"
        },
        {
            "id": 43131,
            "name": "Vertical Heavy-Duty Motorized Lift Stage OMDSZ Series",
            "url": "https://www.fiberalignment.com/product/vertical-heavy-duty-motorized-lift-stage-omdsz-series/",
            "description": "The OMDSZ vertical heavy-duty motorized lift stage is driven by a low-vibration, low-noise two-phase stepper motor.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMDSZ vertical heavy-duty motorized lift stage is driven by a low-vibration, low-noise two-phase stepper motor. The main body is high-quality aluminum alloy with an anodized surface for good wear resistance and a fine appearance, and stainless-steel guide posts with linear bearings provide strong load capacity and smooth motion even under heavy loads. The OMDSZ series offers a large travel range, meeting most travel requirements.\n\nProduct Features\n\nMaterial: 6061-T4 aluminum alloy.; Strong load capacity and high sensitivity; main body of high-quality aluminum alloy with an anodized, wear-resistant and fine-appearance surface.; Fitted with a standard dual-shaft two-phase stepper motor and DB9 interface.; Can be used with the company's standard two-phase stepper motor controllers.; Can also be adjusted directly using the handwheel at the motor end.\n\nTechnical Specifications\n\nModel | OMDSZ200A | \nMechanical Specifications | Tabletop Size (mm) | 200X100 | \nTravel (mm) | 200 | \nTransmission Mechanism | Precision T-Screw Tr16×4.0 | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 500 | \nWeight | 8.1kg | \nVertical Load | 20kg | \nMax Speed (mm/s) | 10 | \nSensor Supply Voltage (V) | DC24V ±10% | \nRepeat Positioning Accuracy (μm) | ≤±50 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Leadshine | \nOperating Current (A) | 5.0 | \nMotor Torque (N·m) | 2.3 | \nDriver Brand & Model | Leadshine | \nSlide Connector | DB9 (pin) | \nLimit Sensor | OMRON | \nMax speed at no load, calculated theoretically and measured at 150 rpm stepper speed. |"
        },
        {
            "id": 43207,
            "name": "Vertical Manual Lift Stage OMZS40N",
            "url": "https://www.fiberalignment.com/product/vertical-manual-lift-stage-omzs40n/",
            "description": "The OMZS40N is a high-precision manual lift stage. The main body uses high-strength aluminum alloy with a black anodized finish, using a linear guide.",
            "categories": [
                "Manual Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMZS40N is a high-precision manual lift stage. The main body uses high-strength aluminum alloy with a black anodized finish, using a linear guide slider structure and handwheel drive, offering high precision, small size, smoothness and high rigidity. It is widely used in industrial production lines and optical inspection.\n\nProduct Features\n\nAluminum-alloy main body, lightweight, suitable for embedding in other equipment.; Simple installation: guide sliders are fitted between a precision-machined table and base, and the slide mechanism only needs bolts where necessary to obtain a high-precision linear guide mechanism.; The tabletop provides M6 mounting holes with a variety of combination options.\n\nTechnical Specifications\n\nModel | Travel (mm) | Tabletop Size (mm) | Body Material & Surface Finish | Drive Type | Horizontal Load (kg) | Vertical Load (kg) | Minimum Scale (mm) | Weight (kg) | Matching Breadboard Adapter Plate Model | \nOMSZ40N | 30 (travel limit adjustable) | 125X125 | Aluminum alloy, black anodized | Standard Screw | 20 | 10 | 0.01 | 4.5 | OMLA21B |"
        },
        {
            "id": 43187,
            "name": "Vertical Manual Translation Stage SPYZ Series",
            "url": "https://www.fiberalignment.com/product/vertical-manual-translation-stage-spyz-series/",
            "description": "The SPYZ precision manual translation stage uses an aluminum-alloy main body with high sensitivity and a small footprint, with cross-roller guides driven.",
            "categories": [
                "Manual Translation Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe SPYZ precision manual translation stage uses an aluminum-alloy main body with high sensitivity and a small footprint, with cross-roller guides driven by a micrometer or thread pair, giving a sensitivity of less than 2 µm. Various tabletop sizes and moderate thickness allow single- or multi-axis use; this product maintains strong load capacity especially when used vertically or as a Z axis.\n\nProduct Features\n\nCross-roller guides for strong load capacity, good wear resistance and key indicators such as sensitivity.; Aluminum-alloy main body with a black finish, suitable for optical experiments requiring high manual adjustment precision.; Available with micrometer or fine-thread drive; each product comes in left and right versions, suitable for vertical or Z-axis use, making combination flexible and convenient.; Rich range of sizes, good compatibility, short lead time and high cost-effectiveness.\n\nTechnical Specifications\n\nModel | SPYZ40L | SPYZ40R | \nTravel (mm) | 13 | 13 | \nTabletop Size (mm) | 40x40 | 40x40 | \nThickness (mm) | 20 | 20 | \nGuide | Cross Roller Guide | Cross Roller Guide | \nDrive Type | Micrometer | Micrometer | \nDrive Position | Left | Right | \nBody Material & Surface Finish | Aluminum alloy, black anodized | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | 0.01 | \nParallelism (μm) | <30 | <30 | \nYaw (\") | <25 | <25 | \nMax Horizontal Load (kg) | 3 | 3 | \nMax Vertical Load (kg) | 2.1 | 2.1 | \nWeight (kg) | 0.13 | 0.13 | \nMatching Breadboard Adapter Plate Model | OMLA01 | OMLA01 | \nMatching Z-Axis Adapter Plate Model | OMLA03B | OMLA03B | \n\nModel | SPYZ60L | SPYZ60R | \nTravel (mm) | 13 | 13 | \nTabletop Size (mm) | 60x60 | 60x60 | \nThickness (mm) | 20 | 20 | \nGuide | Cross Roller Guide | Cross Roller Guide | \nDrive Type | Micrometer | Micrometer | \nDrive Position | Left | Right | \nBody Material & Surface Finish | Aluminum alloy, black anodized | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | 0.01 | \nParallelism (μm) | <30 | <30 | \nYaw (\") | <25 | <25 | \nMax Horizontal Load (kg) | 5 | 5 | \nMax Vertical Load (kg) | 3.5 | 3.5 | \nWeight (kg) | 0.22 | 0.22 | \nMatching Breadboard Adapter Plate Model | OMLA01 | OMLA01 | \nMatching Z-Axis Adapter Plate Model | OMLA04B | OMLA04B | \n\nModel | SPYZ65L | SPYZ65R | \nTravel (mm) | 25 | 25 | \nTabletop Size (mm) | 65x65 | 65x65 | \nThickness (mm) | 20 | 20 | \nGuide | Cross Roller Guide | Cross Roller Guide | \nDrive Type | Micrometer | Micrometer | \nDrive Position | Left | Right | \nBody Material & Surface Finish | Aluminum alloy, black anodized | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | 0.01 | \nParallelism (μm) | <30 | <30 | \nYaw (\") | <25 | <25 | \nMax Horizontal Load (kg) | 5 | 5 | \nMax Vertical Load (kg) | 3.5 | 3.5 | \nWeight (kg) | 0.25 | 0.25 | \nMatching Breadboard Adapter Plate Model | No | No | \nMatching Z-Axis Adapter Plate Model | OMLA01B | OMLA01B | \n\nModel | SPYZ80L | SPYZ80R | \nTravel (mm) | 25 | 25 | \nTabletop Size (mm) | 80x80 | 80x80 | \nThickness (mm) | 20 | 20 | \nGuide | Cross Roller Guide | Cross Roller Guide | \nDrive Type | Micrometer | Micrometer | \nDrive Position | Left | Right | \nBody Material & Surface Finish | Aluminum alloy, black anodized | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | 0.01 | \nParallelism (μm) | <30 | <30 | \nYaw (\") | <25 | <25 | \nMax Horizontal Load (kg) | 7 | 7 | \nMax Vertical Load (kg) | 4.9 | 4.9 | \nWeight (kg) | 0.5 | 0.5 | \nMatching Breadboard Adapter Plate Model | OMLA02 | OMLA02 | \nMatching Z-Axis Adapter Plate Model | OMLA05B | OMLA05B | \n\nModel | SPYZ100L | SPYZ100R | \nTravel (mm) | 25 | 25 | \nTabletop Size (mm) | 100x100 | 100x100 | \nThickness (mm) | 20 | 20 | \nGuide | Cross Roller Guide | Cross Roller Guide | \nDrive Type | Micrometer | Micrometer | \nDrive Position | Left | Right | \nBody Material & Surface Finish | Aluminum alloy, black anodized | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | 0.01 | \nParallelism (μm) | <30 | <30 | \nYaw (\") | <25 | <25 | \nMax Horizontal Load (kg) | 15 | 15 | \nMax Vertical Load (kg) | 10.5 | 10.5 | \nWeight (kg) | 0.7 | 0.7 | \nMatching Breadboard Adapter Plate Model | OMLA03 | OMLA03 | \nMatching Z-Axis Adapter Plate Model | OMLA06B | OMLA06B | \n\nModel | SPYZ125L | SPYZ125R | \nTravel (mm) | 25 | 25 | \nTabletop Size (mm) | 125x125 | 125x125 | \nThickness (mm) | 20 | 20 | \nGuide | Cross Roller Guide | Cross Roller Guide | \nDrive Type | Micrometer | Micrometer | \nDrive Position | Left | Right | \nBody Material & Surface Finish | Aluminum alloy, black anodized | Aluminum alloy, black anodized | \nMicrometer Minimum Reading (mm) | 0.01 | 0.01 | \nParallelism (μm) | <30 | <30 | \nYaw (\") | <25 | <25 | \nMax Horizontal Load (kg) | 20 | 20 | \nMax Vertical Load (kg) | 14 | 14 | \nWeight (kg) | 0.95 | 0.95 | \nMatching Breadboard Adapter Plate Model | OMLA04 | OMLA04 | \nMatching Z-Axis Adapter Plate Model | OMLA07B | OMLA07B |"
        },
        {
            "id": 43023,
            "name": "WDM Automatic Coupling System",
            "url": "https://www.fiberalignment.com/product/wdm-automatic-coupling-system/",
            "description": "The WDM automatic coupling system is a fully automatic packaging system suitable for applications from R&D to large-scale production, used.",
            "categories": [
                "Semi-Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe WDM automatic coupling system is a fully automatic packaging system suitable for applications from R&D to large-scale production, used in the production of WDM, collimators, isolators and other passive optical devices. This product suits automatic packaging of WDM reflection-side devices. It uses brand-new self-produced motorized stages to ensure quality and after-sales service. The fully automatic WDM coupling system is based on automatic coupling solutions for WDM, PD, Inline, Hybrid, GFF, VOA and other optical devices.\n\nProduct Features\n\nUnique design enables fully automatic operation once the material is loaded.; High-yield system guaranteeing 98% production yield.; Saves labor costs — one operator can attend two machines.; Multifunctional — built-in process modules can be selected for different products and saved as different product profiles.; Optical-device fixture made of high-quality aluminum alloy and stainless steel for good mechanical and thermal stability.; Technical service team with many years of experience provides guidance, installation and after-sales service.\n\n "
        },
        {
            "id": 43011,
            "name": "WDM Coupling System",
            "url": "https://www.fiberalignment.com/product/wdm-coupling-system/",
            "description": "The WDM coupling system is a high-performance fully automatic alignment and packaging system suitable for applications from R&D to large-scale production.",
            "categories": [
                "Fiber Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe WDM coupling system is a high-performance fully automatic alignment and packaging system suitable for applications from R&D to large-scale production in the optical communications industry. Its modular design lets users adjust and upgrade it for different applications, and the WDM model is specially optimized for WDM, collimator and isolator production. Its versatility, expandability, flexibility and user-friendly operation suit the fast, high-yield and cost-efficient demands of passive-device manufacturing. As a fully automatic system, it completes each process step without engineer intervention and saves data automatically.\n\nProduct Features\n\nUses brand-new motorized stages to ensure repeatability and efficiency.; Convenient, fast fixture.; Dual cameras for easy observation.; Full UV protective cover.; Stable, fast algorithm with alignment time < 7 s.; Coupling data can be saved to Excel files.; Simple, easy-to-use interface, ideal for production operators.; The transmission side can be upgraded simply to enable automatic collimator coupling.\n\nTechnical Specifications\n\nTransmission-Mode Coupling Time | Max Travel | Resolution | Angular Resolution | \n< 30 s | X/Z 25 mm, Y 15 mm | 0.1 μm; bidirectional repeatability 0.5 μm | < 0.001°; bidirectional repeatability < 0.002° |"
        },
        {
            "id": 43017,
            "name": "WDM Reflection-Side Automatic Coupling &amp; Packaging System",
            "url": "https://www.fiberalignment.com/product/wdm-reflection-side-automatic-coupling-packaging-system/",
            "description": "The WDM reflection-side (automatic angle adjustment) coupling system is designed for fully automatic packaging of WDM reflection-side devices.",
            "categories": [
                "Manual Waveguide Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe WDM reflection-side (automatic angle adjustment) coupling system is designed for fully automatic packaging of WDM reflection-side devices. It suits both transmission- and reflection-side automatic packaging of WDM devices, and can be simply upgraded for automatic collimator packaging. New imported and domestic motorized stages ensure quality and after-sales service. (1) New motorized stages ensure repeatability and efficiency. (2) Convenient, fast fixtures. (3) Dual cameras for easy observation. (4) Full UV protective cover. (5) Excellent, stable algorithm.\n\nProduct Features\n\nThe intelligent algorithm ensures each device is coupled at the optimal position on the optical path, guaranteeing best optical performance.; Short coupling time — the intelligent algorithm keeps automatic coupling typically under 10 s, the fastest in the industry while ensuring best performance.; Low operator dependence — operators can produce high-quality devices after brief training.; High automation — the high-speed power meter, UV-LED and driver are integrated in one control box, saving workstation space.; Automatic angle adjustment reduces technical demands on operators and shortens training time.\n\n "
        },
        {
            "id": 43015,
            "name": "WDM Transmitter-Side Automatic Coupling &amp; Packaging System",
            "url": "https://www.fiberalignment.com/product/wdm-transmitter-side-automatic-coupling-packaging-system/",
            "description": "The WDM transmitter-side automatic coupling and packaging system is designed for fully automatic packaging of WDM transmission-side devices.",
            "categories": [
                "Manual Waveguide Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe WDM transmitter-side automatic coupling and packaging system is designed for fully automatic packaging of WDM transmission-side devices. Based on the system's proprietary intelligent algorithm, it effectively improves production efficiency with low operator dependence, good device performance and high reliability, and has been successfully applied at several leading optical-device manufacturers at home and abroad. The transmitter-side coupling system uses a right-hand five-axis single-side motorized design so users can apply it to other device types; a left-hand manual pull-out stage allows manual dispensing. Pneumatic fixtures are convenient and fast (manual fixtures are also available), and dual cameras aid observation. Automatic dispensing and UV curing are included.\n\nProduct Features\n\nThe intelligent algorithm ensures each device is coupled at the optimal position on the optical path, guaranteeing best optical performance.; Short coupling time — the intelligent algorithm keeps automatic coupling typically under 10 s, the fastest in the industry while ensuring best performance.; Low operator dependence — operators can produce high-quality devices after brief training.; High automation — the high-speed power meter, UV-LED and driver are integrated in one control box, saving workstation space.; Automatic angle adjustment reduces technical demands on operators and shortens training time.\n\n "
        },
        {
            "id": 43129,
            "name": "Wedge-Type Motorized Lift Stage ELPC Series",
            "url": "https://www.fiberalignment.com/product/wedge-type-motorized-lift-stage-elpc-series/",
            "description": "The ELPC wedge-type motorized lift stage was developed to address working conditions such as compact spaces and frequent reciprocating motion.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe ELPC wedge-type motorized lift stage was developed to address working conditions such as compact spaces and frequent reciprocating motion. The drive mechanism uses a ground screw with a high-wear-resistance tin-bronze screw nut, and a standard two-phase stepper motor provides high resolution and positioning accuracy. The guiding/load-bearing mechanism uses linear guides with high strength, strong load capacity and good durability; combined with the company's unique precision grinding and assembly technology, the series achieves high motion accuracy. The main body uses high-strength aluminum alloy with black anodizing.\n\nProduct Features\n\nHigh-strength aluminum alloy main body with black anodizing for good durability, uniform color and a fine appearance.; Wedge-block structure: high strength, high load capacity and a compact design.; Precision-fitted screw drive for smooth motion and strong durability.; Precision linear guides for smooth motion.; Limit and initial zero functions.; Standard connection holes on both the base and tabletop for easy fixing and strong versatility.; Can be combined with other stages into multi-axis motorized adjustment systems; servo motors can be fitted and customization is available.\n\nTechnical Specifications\n\nModel | ELPC8 | ELPC20 | ELPC30 | \nMechanical Specifications | Tabletop Size (mm) | 60x60 | 150x150 | 200x200 | \nTravel (mm) | 8 | 20 | 30 | \nTransmission Mechanism | Ground Screw Ø4×1 | Ground Screw Ø10×2 | Ground Screw Ø12×4 | \nGuide (Guiding Mechanism) | Cross Roller Guide | Cross Roller Guide + Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 57~65 | 115~135 | 130~160 | \nWeight | 0.44 | 2.6 | 8.4 | \nResolution at 1/20 Micro-stepping (μm) | 0.25 | 0.5 | 0.5 | \nMax Speed (mm/s) | 6 | 6 | 6 | \nUnidirectional Positioning Accuracy (μm) | ≤30 | ≤50 | \nRepeat Positioning Accuracy (μm) | ≤±10 | ≤±15 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (mm) | ≤0.3 | \nMotion Straightness (μm) | ≤30 | \nMotion Parallelism (μm) | ≤30 | \nYaw (\") | ≤30 | ≤50 | ≤50 | \nPitch (\") | ≤35 | ≤50 | ≤50 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 28 stepper motor, step angle 1.8° | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Shinano | Leadshine | \nOperating Current (A) | 1.3 | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.0785 | 0.6 | 1.3 | \nDriver Brand & Model | Leadshine | \nSlide Connector & Grating Scale Connector | One DB9 (pin) | \nSlide Connector Cable Type | High-Flex Cable | \nSlide Connector Cable Length (m) | 0.4 | \nLimit Sensor (built-in) | NPN-PCB–3L–20S–3308 | OMRON | OMRON | \nHome Sensor (built-in) | NPN-PCB–3L–20S–3308 | OMRON | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load) | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 2kg | 20 | 30 | \nInverted Load | 1kg | 10 | 15 | \nVertical Load | 1kg | 10 | 15 | \nMatching Breadboard Adapter Plate Model | OMLB01 | OMLB02 | OMLB03 | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43137,
            "name": "Wedge-Type Motorized Lift Stage ELPC-N Series",
            "url": "https://www.fiberalignment.com/product/wedge-type-motorized-lift-stage-elpc-n-series/",
            "description": "The ELPC-N wedge-type motorized lift stage was developed to address working conditions such as compact spaces and frequent reciprocating motion.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe ELPC-N wedge-type motorized lift stage was developed to address working conditions such as compact spaces and frequent reciprocating motion. The drive mechanism uses a ground screw with a standard two-phase stepper motor for high resolution and positioning accuracy. The guiding/load-bearing mechanism uses linear guides with high strength, strong load capacity and good durability; combined with precision assembly technology, the series achieves high motion accuracy. The main body uses high-strength aluminum alloy with black anodizing. It is ideal for precision instruments, automation systems and industrial production lines with high space, size and weight requirements.\n\nProduct Features\n\nHigh-strength aluminum alloy main body with black anodizing for good durability, uniform color and a fine appearance.; Wedge-block structure: high strength, high load capacity and a compact design.; Precision-fitted screw drive for smooth motion and strong durability.; Precision linear guides for smooth motion.; Limit and initial zero functions.; Standard connection holes on both the base and tabletop for easy fixing and strong versatility.; Can be combined with other stages into multi-axis motorized adjustment systems; servo motors can be fitted and customization is available.\n\nTechnical Specifications\n\nModel | ELPC5N | ELPC10N | ELPC20N | ELPC30N | ELPC50N | \n | Tabletop Size (mm) | 60x60 | 120x120 | 150x150 | 200x200 | 200x200 | \n | Travel (mm) | 5 | 10 | 20 | 30 | 50 | \n | Transmission Mechanism | Ground Screw Ø6×1 | Ground Screw Ø10×2, ratio 2:1 | Ground Screw Ø12×4 | Ground Screw Ø16×4, ratio 2:1 | Ground Screw | \n | Ø16x4 | \n | Guide (Guiding Mechanism) | Guide Slider | \n | Body Material & Surface Finish | Aluminum alloy, black anodized | \nMechanical Specifications | Overall Height (mm) | 60~65 | 85~95 | 115~135 | 130~160 | 158~208 | \n | Weight | 0.44 | 2.2 | 2.6 | 8.4 | 10.1 | \n | Resolution at 1/20 Micro-stepping (μm) | 0.25 | 0.25 | 0.5 | 0.5 | 1 | \n | Max Speed (mm/s) | 6 | 6 | 6 | 6 | 5 | \n | Repeat Positioning Accuracy (μm) | ≤±10 | ≤±20 | ≤±15 | ≤±20 | \n | Backlash (μm) | ≤10 | ≤15 | ≤10 | \n | Static Parallelism (mm) | ≤0.3 | \n | Motion Straightness (μm) | ≤50 | \n | Motion Parallelism (μm) | ≤50 | \n | Yaw (\") | ≤30 | ≤30 | ≤50 | ≤50 | ≤80 | \n | Pitch (\") | ≤35 | ≤35 | ≤50 | ≤50 | ≤80 | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 28 stepper motor, step angle 1.8° | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Shinano | Leadshine | \nOperating Current (A) | 1.3 | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.0785 | 0.6 | 1.3 | \nDriver Brand & Model (not included) | Leadshine | \nSlide Connector & Grating Scale Connector | One DB9 (pin) | \nLimit Sensor (built-in) | NPN Switch | OMRON | NPN Switch | OMRON | OMRON | \nHome Sensor (built-in) | NPN Switch | OMRON | NPN Switch | OMRON | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector | \nLoad supply: DC24V | \nOFF current: below 0.5 mA | \nResidual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load) | \nOutput Logic | Output transistor OFF (cut off) at limit; | \n | Horizontal Load | 2kg | 10 | 20 | 30 | 30 | \nLoad | Inverted Load | 1kg | 5 | 10 | 15 | 15 | \n | Vertical Load | 1kg | 5 | 10 | 15 | 15 | \nOptional Adapter Plate Model | OMLB01 | No | No | No | No | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43145,
            "name": "Wedge-Type Motorized Lift Stage with Grating ELPC-NG Series",
            "url": "https://www.fiberalignment.com/product/wedge-type-motorized-lift-stage-with-grating-elpc-ng-series/",
            "description": "The ELPC-NG wedge-type motorized lift stage with grating was developed to address working conditions such as compact spaces and frequent reciprocating.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe ELPC-NG wedge-type motorized lift stage with grating was developed to address working conditions such as compact spaces and frequent reciprocating motion. The drive mechanism uses a ground screw with a standard two-phase stepper motor plus a high-precision read head and grating scale for high resolution and positioning accuracy and effective motion accuracy. The guiding/load-bearing mechanism uses heavy-duty linear guides with high strength and strong load capacity. The main body uses high-strength aluminum alloy with black anodizing. It is ideal for precision instruments, automation systems and industrial production lines with high space, size and weight requirements.\n\nProduct Features\n\nHigh-strength aluminum alloy main body with black anodizing for good durability, uniform color and a fine appearance.; Wedge-block structure: high strength, high load capacity and a compact design.; Precision-ground ball-screw transmission for smooth motion and strong durability.; Precision linear guides for smooth motion.; Limit and initial zero functions.; Standard connection holes on both the base and tabletop for easy fixing and strong versatility.; Can be combined with other stages into multi-axis motorized adjustment systems; servo motors can be fitted and customization is available.; Equipped with a high-precision read head and grating scale for effective motion accuracy.\n\nTechnical Specifications\n\nModel | ELPC20NG | ELPC30NG | ELPC50NG | \nMechanical Specifications | Tabletop Size (mm) | 150x150 | 200x200 | 200x200 | \nTravel (mm) | 20 | 30 | 50 | \nTransmission Mechanism | Ground Screw Ø12×4 | Ground Screw Ø16×4 | Ground Screw Ø16×4 | \nGuide (Guiding Mechanism) | Linear Slider Guide | \nBody Material & Surface Finish | Aluminum alloy, black anodized | \nOverall Height (mm) | 115~135 | 130~160 | 158~208 | \nWeight | 6.2 | 12.1 | 13.6 | \nMax Speed (mm/s) | 5 | 5 | 5 | \nRepeat Positioning Accuracy (μm) | ≤±8 | ≤±10 | ≤±12 | \nBacklash (μm) | ≤5 | \nStatic Parallelism (mm) | ≤0.3 | \nMotion Straightness (μm) | ≤50 | \nMotion Parallelism (μm) | ≤50 | \nYaw (\") | ≤40 | ≤50 | ≤50 | \nPitch (\") | ≤40 | ≤50 | ≤50 | \nGrating Scale | Yes | Yes | Yes | \nElectrical Specifications | Motor & Step Angle (°) | 2-phase 42 stepper motor, step angle 1.8° | 2-phase 57 stepper motor, step angle 1.8° | \nMotor Brand & Model | Leadshine | \nOperating Current (A) | 2.5 | 4.2 | \nMotor Torque (N·m) | 0.6 | 1.3 | \nDriver Brand & Model (not included) | Leadshine | \nSlide Connector & Grating Scale Connector | One DB9, one DB15 | \nSlide Connector Cable Type (not included) | High-Flex Cable | \nSlide Connector Cable Length (m) | DB15 cable length 3 m | \nLimit Sensor (built-in) | NPN Switch | OMRON | OMRON | \nHome Sensor (built-in) | NPN Switch | OMRON | OMRON | \nSensor Supply Voltage (V) | DC24V ±10% | \nCurrent Consumption (mV) | Total below 30 mA | \nControl Output | Output: NPN open collector; load supply: DC24V; OFF current: below 0.5 mA; residual voltage: below 0.7 V (at 50 mA load), below 0.4 V (at 5 mA load) | \nOutput Logic | Output transistor OFF (cut off) at limit; | \nLoad | Horizontal Load | 20 | 30 | 30 | \nInverted Load | 10 | 15 | 15 | \nVertical Load | 10 | 15 | 15 | \nMatching Breadboard Adapter Plate Model | No | No | No | \nMax speed at no load, calculated theoretically and measured at 300 rpm stepper speed. |"
        },
        {
            "id": 43171,
            "name": "XY Combined Motorized Translation Stage",
            "url": "https://www.fiberalignment.com/product/xy-combined-motorized-translation-stage/",
            "description": "The OMDDH02 large-travel 2-axis motorized translation stage (XY direction) uses precision ball-screw drive and two-phase stepper motor drive.",
            "categories": [
                "Combined Motorized Translation Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMDDH02 large-travel 2-axis motorized translation stage (XY direction) uses precision ball-screw drive and two-phase stepper motor drive. The standard motorized platform is an open-loop system and can be fitted with a grating scale for closed-loop feedback control. It uses a precision linear guide (square guide) structure for greater load capacity and better stability and smoothness of movement. Mounting holes on the base of the 2-axis motorized stage allow direct screw-fixing to optical breadboards and platforms. A small-travel version is also available.\n\nProduct Features\n\nU-shaped aluminum-alloy base, precision-machined with an anodized surface for good wear resistance and a fine appearance.; Ball-screw with a standard two-phase stepper motor for high resolution and positioning accuracy.; Linear slider guides for higher strength, greater load capacity and better durability; with the company's unique precision grinding process they ensure straightness and flatness.; Built-in sensors (positive/negative limit and zero) ensure safety and convenient positioning, with a high-flexible modular cable for easier maintenance.; Rich variety of travels and sizes with standard mounting holes.; Standard stepper motors fitted with handwheels for convenient manual adjustment; a grating scale can be fitted for a closed-loop resolution of up to 1 µm.; Small-lead ball screw with a standard two-phase stepper motor for strong micro-stepping capability and good durability.; Cross-roller or linear guides with high strength and load capacity; with the unique precision grinding process they ensure straightness and flatness.\n\nTechnical Specifications\n\nModel | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | \nOMDDH02AA | EPSA100 | 100mm | EPSA50 | 50mm | \nOMDDH02AB | EPSA200 | 200mm | EPSA100 | 100mm | \nOMDDH02AC | EPSA200 | 200mm | EPSA150 | 150mm | \nOMDDH02AD | EPSA200 | 200mm | EPSA200 | 200mm | \nOMDDH02AE | EPSA300 | 300mm | EPSA300 | 300mm | \nOMDDH02AF | EPSA400 | 400mm | EPSA400 | 400mm | \nOMDDH02AG | OMSC6020 | 20mm | OMSC6020 | 20mm | \nOMDDH02AH | OMSC6050 | 50mm | OMSC6050 | 50mm | \nOMDDH02AI | OMSC60100 | 100mm | OMSC60100 | 100mm | \nOMDDH02AJ | OMSC8050 | 50mm | OMSC8050 | 50mm | \nOMDDH02AK | OMSC10050 | 50mm | OMSC10050 | 50mm | \nOMDDH02AL | OMSC12580 | 80mm | OMSC12580 | 80mm |"
        },
        {
            "id": 43175,
            "name": "XYZ Combined Motorized Translation Stage",
            "url": "https://www.fiberalignment.com/product/xyz-combined-motorized-translation-stage/",
            "description": "The OMDDH03 large-travel 3-axis motorized translation stage (XYZ direction) uses precision ball-screw drive and two-phase stepper motor drive.",
            "categories": [
                "Combined Motorized Translation Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMDDH03 large-travel 3-axis motorized translation stage (XYZ direction) uses precision ball-screw drive and two-phase stepper motor drive (the Z-axis motor has a brake). The standard motorized platform is an open-loop system and can be fitted with a grating scale for closed-loop feedback control. It uses a precision linear guide (square guide) structure for greater load capacity and better movement stability. Mounting holes on the base allow direct screw-fixing to optical breadboards and platforms. A small-travel version is also available.\n\nProduct Features\n\nU-shaped aluminum-alloy base, precision-machined with an anodized surface for good wear resistance and a fine appearance.; Ball-screw with a standard two-phase stepper motor (Z-axis motor with brake) for high resolution and positioning accuracy.; Linear slider guides for higher strength, greater load capacity and better durability; with the unique precision grinding process they ensure straightness and flatness.; Built-in sensors (positive/negative limit and zero) ensure safety and convenient positioning, with a high-flexible modular cable for easier maintenance.; Rich variety of travels and sizes with standard mounting holes.; Standard stepper motors fitted with handwheels for convenient manual adjustment; a grating scale can be fitted for a closed-loop resolution of up to 1 µm.; Small-lead ball screw with a standard two-phase stepper motor for strong micro-stepping capability and good durability.; Cross-roller or linear guides with high strength and load capacity; with the unique precision grinding process they ensure straightness and flatness.\n\nTechnical Specifications\n\nModel | X-Axis Module Model | X-Axis Travel | Y-Axis Module Model | Y-Axis Travel | Z-Axis Module Model | Z-Axis Travel | \nOMDDH03AA | EPSA100 | 100mm | EPSA100 | 100mm | EPSA50 | 50mm | \nOMDDH03AB | EPSA200 | 200mm | EPSA200 | 200mm | EPSA100 | 100mm | \nOMDDH03AC | EPSA200 | 200mm | EPSA200 | 200mm | EPSA150 | 150mm | \nOMDDH03AD | EPSA400 | 400mm | EPSA200 | 200mm | EPSA200 | 200mm | \nOMDDH03AE | EPSA400 | 400mm | EPSA300 | 300mm | EPSA300 | 300mm | \nOMDDH03AF | EPSA400 | 400mm | EPSA400 | 400mm | EPSA400 | 400mm | \nOMDDH03AG | OMSC6020 | 20mm | OMSC6020 | 20mm | OMSC6020 | 20mm | \nOMDDH03AH | OMSC6050 | 50mm | OMSC6050 | 50mm | OMSC6050 | 50mm | \nOMDDH03AI | OMSC60100 | 100mm | OMSC60100 | 100mm | OMSC60100 | 100mm | \nOMDDH03AJ | OMSC8050 | 50mm | OMSC8050 | 50mm | OMSC8050 | 50mm | \nOMDDH03AK | OMSC10050 | 50mm | OMSC10050 | 50mm | OMSC10050 | 50mm | \nOMDDH03AL | OMSC12580 | 80mm | OMSC12580 | 80mm | OMSC12580 | 80mm |"
        },
        {
            "id": 43173,
            "name": "XZ Combined Motorized Translation Stage",
            "url": "https://www.fiberalignment.com/product/xz-combined-motorized-translation-stage/",
            "description": "The OMDDH02 large-travel 2-axis motorized translation stage (XZ direction) uses precision ball-screw drive and two-phase stepper motor drive.",
            "categories": [
                "Combined Motorized Translation Stages"
            ],
            "specifications_and_description": "Product Introduction\n\nThe OMDDH02 large-travel 2-axis motorized translation stage (XZ direction) uses precision ball-screw drive and two-phase stepper motor drive (the Z-axis motor has a brake). The standard motorized platform is an open-loop system and can be fitted with a grating scale for closed-loop feedback control. It uses a precision linear guide (square guide) structure for greater load capacity and better movement stability. Mounting holes on the base allow direct screw-fixing to optical breadboards and platforms. A small-travel version is also available.\n\nProduct Features\n\nU-shaped aluminum-alloy base, precision-machined with an anodized surface for good wear resistance and a fine appearance.; Ball-screw with a standard two-phase stepper motor (Z-axis motor with brake) for high resolution and positioning accuracy.; Linear slider guides for higher strength, greater load capacity and better durability; with the unique precision grinding process they ensure straightness and flatness.; Built-in sensors (positive/negative limit and zero) ensure safety and convenient positioning, with a high-flexible modular cable for easier maintenance.; Rich variety of travels and sizes with standard mounting holes.; Standard stepper motors fitted with handwheels for convenient manual adjustment; a grating scale can be fitted for a closed-loop resolution of up to 1 µm.; Small-lead ball screw with a standard two-phase stepper motor for strong micro-stepping capability and good durability.; Cross-roller or linear guides with high strength and load capacity; with the unique precision grinding process they ensure straightness and flatness.\n\nTechnical Specifications\n\nModel | X-Axis Module Model | X-Axis Travel | Z-Axis Module Model | Z-Axis Travel | \nOMDDH02BA | EPSA100 | 100mm | EPSA50 | 50mm | \nOMDDH02BB | EPSA200 | 200mm | EPSA100 | 100mm | \nOMDDH02BC | EPSA200 | 200mm | EPSA150 | 150mm | \nOMDDH02BD | EPSA200 | 200mm | EPSA200 | 200mm | \nOMDDH02BE | EPSA300 | 300mm | EPSA300 | 300mm | \nOMDDH02BF | EPSA400 | 400mm | EPSA400 | 400mm | \nOMDDH02BG | OMSC6020 | 20mm | OMSC6020 | 20mm | \nOMDDH02BH | OMSC6050 | 50mm | OMSC6050 | 50mm | \nOMDDH02BI | OMSC60100 | 100mm | OMSC60100 | 100mm | \nOMDDH02BJ | OMSC8050 | 50mm | OMSC8050 | 50mm | \nOMDDH02BK | OMSC10050 | 50mm | OMSC10050 | 50mm | \nOMDDH02BL | OMSC12580 | 80mm | OMSC12580 | 80mm |"
        },
        {
            "id": 42860,
            "name": "Y-waveguide automatic coupling equipment",
            "url": "https://www.fiberalignment.com/product/y-waveguide-automatic-coupling-equipment/",
            "description": "The Y-waveguide automatic coupling equipment is a high-precision automated system designed for integrated optical Y-waveguide components.",
            "categories": [
                "Fully Automatic Coupling System"
            ],
            "specifications_and_description": "Product Introduction\n\nThe Y-waveguide automatic coupling equipment is a high-precision automated system designed for integrated optical Y-waveguide components. Through three sets of 6-axis precision motorized stages and real-time feedback of optical power and extinction ratio, it achieves rapid automatic alignment and coupling of polarization-maintaining FA and Y-waveguide chips, with automatic dispensing and UV curing. It supports polarization optimization and multi-channel synchronous calibration, and adapts to various Y-waveguide structures (such as lithium niobate or silicon-based waveguides). It greatly improves production efficiency and consistency, and is suitable for batch coupling and packaging of high-precision optical devices such as fiber-optic gyroscopes and quantum communications.\n\nProduct Features\n\nUses imported high-precision motorized stages to achieve one-time coupling and curing of polarization-maintaining FA and Y-waveguide chips.\n\nGood consistency, repeatability < 0.2 dB.\n\nExtinction ratio measurement error < ±0.2 dB.\n\nAutomatically and precisely controls the adhesive layer with accuracy ±2 μm.\n\nAutomatically calculates insertion loss, extinction ratio and other parameters, provides real-time feedback of optical power and extinction ratio, saves data and generates reports.\n\nApplication\n\nOne-time coupling and curing of polarization-maintaining FA and Y-waveguide chips.\n\nTechnical Parameters\n\nMotorized linear axes | Motorized angular axes | Vision system | Peripheral equipment | Extinction ratio tester | Contact sensor accuracy | Coupling software | \nX/Y/Z: travel 20 mm, adjustment accuracy 0.05 μm, repeat ±0.2 μm | θX/θY/θZ: travel ±8°, resolution 0.003°, repeat ±0.005° | Top-view and rear-view dual vision; adjustment-mount travel front/back 40 mm, left/right 20 mm, up/down 60 mm; optical magnification 0.7X–5X; 2000 W pixel CCD | Polarization extinction-ratio and power meter, motion controller, industrial PC, UV controller, etc. | Measurement wavelength range 1020–1650 nm; measurement error < ±0.2 dB | 0.5 μm | Automatic coupling, automatic insertion-loss calculation, real-time feedback, data logging | \n\nPerformance Index\n\nEquipment dimensions | System power supply | Peak power | Power acquisition range | Coupling repeatability | Coupling time | Adhesive-layer control accuracy | \n1500 × 1120 × 1950 mm | AC220V/50Hz | 1200 W | -70 ~ 10 dBm | < 0.2 dB | < 500 s | ±2 μm | \n\nInterface Display\nOperating interface - view 1Operating interface - view 2"
        },
        {
            "id": 43143,
            "name": "Z-Axis Lift Stage OMZH1A",
            "url": "https://www.fiberalignment.com/product/z-axis-lift-stage-omzh1a/",
            "description": "The Z-axis lift stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level — solving the problem.",
            "categories": [
                "Motorized Vertical Lift Stage"
            ],
            "specifications_and_description": "Product Introduction\n\nThe Z-axis lift stage uses piezoelectric ceramics as the actuating element, achieving a minimum step size at the sub-nanometer level — solving the problem of traditional nano stages' short travel and micrometer motorized stages' lower precision. Widely used in research, semiconductor, advanced manufacturing, biomedical, optics and communications industries. The piezo-driven lift stage requires no lubrication, is vacuum-compatible, has both stepping and scanning modes, and achieves sub-nanometer resolution positioning.\n\nProduct Features\n\nCompact and highly rigid.; Zero-clearance, high-precision flexure-hinge guide system.; Piezo actuator with extremely long service life.; With displacement sensor for closed-loop position and speed control.\n\nTechnical Specifications\n\nModel | Dimensions (L×W×H) | Tabletop Flatness | Total Mass | Body Material | Drive | Wire | Motion Range | Lifting Speed | Repeat Positioning Accuracy | Sensor Resolution | Position Sensor | \nOMZH1A | 115.0x70.0x44.0（mm） | 10（um） | 670（g） | Aluminum Alloy | PZT Piezo Ceramic | Shielded Cable, Copper Wire | ±5 mm | 0.5mm/s | ±500 nm (typical) | 1, 4, 20, 100, 500, 1000nm | Grating |"
        }
    ]
}