Efficient Fiber-to-Free Space Light Conversion

• Converts divergent light from optical fibers into a parallel (collimated) beam with high efficiency
• Enables stable transmission between fiber systems and free-space optical setups
• Ideal for laser delivery, spectroscopy, and optical testing applications

High Coupling Efficiency

• Optimized optical design ensures maximum power transfer between fiber and free-space beams
• Minimizes optical loss during coupling and collimation
• Improves system performance in precision optical experiments and communication systems

Excellent Beam Quality

• Produces near-Gaussian, low-divergence beams with good spatial uniformity
• Low wavefront error (up to λ/6 P-V in achromatic designs)
• Diffraction-limited performance at design wavelengths

Wide Wavelength Compatibility (350–1700 nm)

• Supports UV, visible, and infrared wavelength ranges
• Suitable for multi-wavelength laser systems and broadband light sources
• Reflective types maintain constant focal length across wavelengths

High Stability and Repeatability

• Precision mechanical housing ensures stable alignment
• Repeatable optical performance for laboratory and industrial use
• Factory pre-aligned models reduce setup time

Multiple Design Options for Different Applications

• Fixed, adjustable focus, zoom, and long-distance collimators
• Aspheric, achromatic, and reflective optical designs
• Multi-axis couplers for high-precision alignment
• Polarization-maintaining and non-magnetic versions available

Superior Alignment Accuracy (Multi-Axis Models)

• 3-axis and 5-axis adjustment (X, Y, Z, pitch, yaw) for precise fiber coupling
• Faster alignment and improved coupling stability
• Ideal for research labs and precision optical setups

Low Optical Aberration

• Air-spaced doublet and achromatic lenses correct spherical and chromatic aberrations
• Reflective collimators eliminate chromatic dispersion
• Ensures consistent beam shape and focus

Compact and Easy Integration

• Compatible with FC/PC, FC/APC, and SMA connectors
• Standard threaded and mountable housings (e.g., M11×0.5, Ø25.4 mm systems)
• Easy integration into optical benches and industrial systems

Long-Distance Beam Transmission Capability

• Specialized long-distance collimators support collimation up to 200 meters
• Suitable for optical communication and long-range sensing applications

High Mechanical Durability

• Stainless steel or PEEK housing options
• Non-magnetic and corrosion-resistant designs available
• Suitable for harsh laboratory and industrial environments

Flexible Coating Options

• AR coatings optimized for different spectral ranges (e.g., 400–650 nm, 650–1050 nm, 1050–1700 nm)
• Reduced reflection loss and enhanced transmission
• Improved overall optical efficiency