Fiber Optic Collimators
High-precision pigtailed C-lens and GRIN fiber optic collimators. Customizable solutions for minimal angular misalignment and versatile applications.
High-precision pigtailed C-lens and GRIN fiber optic collimators. Customizable solutions for minimal angular misalignment and versatile applications.
Our V-groove fiber arrays include SM, MM, PM, MCF, and UHNA fibers. We offer custom solutions with precise fiber placement and parameter specification options.
Angled fiber facets enable out-of-plane beam launch into on-chip grating couplers.
Polarization Maintaining Single Mode Patchcords offer high extinction ratios, low insertion loss, and interface options including FC, LC, SC, and MPO connectors.
Custom MFD conversion fiber arrays with UHNA fibers enable low-loss coupling between SM/PM fibers and small waveguides in photonic integrated circuits (PICs).
Fiber arrays are available lidless or with a recessed cover, enabling minimal height and precise on-chip coupling. Optional coatings and custom configurations are available.
Fiber array with integrated expander supports efficient coupling into free-space optics.
A compact solution providing multiple collimated beams. The microlens array (MLA) is actively aligned to the fiber array, minimizing tilt errors and ensuring precise collimation.
Custom patchcords with low insertion loss and minimal core eccentricity for precise, high-performance optical connectivity.
Our optical patch cords feature advanced active core alignment (ACA) for precise fiber centering and minimal insertion loss—ideal for low-wavelength applications with small core diameters.
vacuum-compatible fiber optic patchcords and pigtails with FC/PC, FC/APC and SMA905 connectors, using UHV-approved materials.
Our asymmetric PLC splitters ensure optimal power distribution in the wavelength range of 1260 nm to 1650 nm. Available in various power splitting ratios and connector interfaces.
High-extinction PLC PM splitters (>25 dB) for precise polarization preservation in demanding fiber optic applications.
Our custom optical power splitters ensure high uniformity of output signals for visible and near-infrared wavelengths.