GRIN 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.; 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.
Product Introduction
The 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.
Product Features
Provides 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.
