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

Large Target Telecentric Lens Features: Ultra-large format (ф90mm) Apochromatic correction & low distortion Uniform imaging across the entire feld of view High-precision imaging Application: FPD inspection PCB inspection Measurement systems Package sorting/logistics

Large Target Telecentric Lens Features: Wavelength range 400~820nm Magnifcation:0.23 Effectively improving image clarity High resolution, low distortion Coaxial & Non-coaxial illumination More uniform illumination than traditional light sources Application: SMT Visual Inspection Printing Inspection SMC Inspection Insertion Inspection Wave Soldering Inspection Reflow Oven Inspection

High Precision Optical Reflecting Deflecting Displacement Rotation and Dispersion Prisms are choosen by Microscopes, Optical Instruments, Binoculars, Telescopes, Periscopes, Surveyring equipements and many sophisticated Scientific Instruments including Interferometers, Spectrophotometers and Fluorimeters.

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.