At the beam expander output, we work with a collimating lens to convert divergent light beams into parallel beams at the beam expander output and collecting the light. Also a collimated lens can be attached to a light source directly for adjusting the focus position. These custom collimated lens have collimating light beams with high optical efficiciency, minimized divergent angle and energy loss.

LD Collimator Lens Features: Wavelength range 532~1550nm Focal lengths up to 20 mm Diffraction-limited performance Benefit from the quality and performance of all-glass aspheric lens Choice of fiber receptacles FC/PC, FC/APC and SMA Customized service

Optical fiber Collimator Lens Features: Wavelength range 532~1550nm Focal lengths up to 20 mm Diffraction-limited performance Benefit from the quality and performance of all-glass aspheric lens Choice of fiber receptacles FC/PC, FC/APC and SMA Customized service Application:   Biomedical Optical fiber communication

Machine Vision Lens Features: •        High resolution and small distortion •        Parts made of metal housing and optical glass •        Vibration resistance •        Large product portfolio •        OEM/ODM

High Power PM Beam Splitter Features lUltra-compact size lLow Insertion Loss lHigh Power Resistance lPolarization Maintaining Output lRoHS Compliant Applications lHigh Power Amplifier lLidar lFree Space Communication

  Compact Size: ≥50*70*19mm³      Eye-safe              -40°~105° Temperature Low Consumption: < 13W Measuing Distance: 200~1500M

With industry-leading reliability, high transmission and sensitivity, steep edges, and exceptional blocking ranges and longer life, and lower cost.

At the beam expander output, we work with a collimating lens to convert divergent light beams into parallel beams at the beam expander output and collecting the light. Also a collimated lens can be attached to a light source directly for adjusting the focus position. These custom collimated lens have collimating light beams with high optical efficiciency, minimized divergent angle and energy loss.