Large Beam Collimator
Large Beam Collimator is using multi-element lens design. It consists of air-spaced doublet lens, providing better beam quality than aspherical lenses and achromatic lenses in terms of collimation performance. The design of a low aberration lens group can achieve a beam closer to a Gaussian beam, with smaller divergence angles and smaller wavefront errors.
Both single mode type and multimode type large beam collimators are available.
- Fiber Optic R&D and Labs
- Fiber-Coupled Detection Systems
- Free-Space Laser to Fiber Coupling
- Fiber to Fiber Coupling
- Diffraction-Limited Performance
- Simplifies Fiber-Coupled Detection Systems
- AR coating on both sides of Lens minimizes surface reflection
- High Accuracy of Collimattion
- Various Wavelengths Available
400 nm - 1700 nm, SM Fiber, Large Beam Collimator
Multimode 400 nm - 650 nm, Large Beam Collimator
Multimode 780 nm - 1064 nm, Large Beam Collimator
Multimode 1200 nm - 1700 nm, Large Beam Collimator
- Collimator
- C-Lens Collimator
- G-Lens Collimator
- Aspheric-Lens Collimator
- Dual Fiber Collimator
- PM Fiber Collimator
- Fixed Focus Collimation Package
- Achromatic Lens Collimator
- Large Beam Collimator
- Air-Spaced Doublet Collimator
- Long Distance Collimator
- Coaxial Fiber Collimator
- High Temperature Fiber Collimator
- High Power Fiber Collimator
- Telemetry Fiber Collimator
- Adjustable Aspheric Collimator
- Long Range Collimator
- Broadband Fiber Collimator
Technologies
