2-Axis Hollow Manual Translation Stage OMYE200Z
Special 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.
Product Introduction
The 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.
Product Features
Special 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.
Technical Specifications
| Model | 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 |
|---|---|---|---|---|---|---|---|---|---|---|---|
| OMYE200Z | 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 |
