SX-Optics High Precision Laser Collimation Objective Lens is designed for use with a 632.8 nm wavelength laser, providing a small divergence angle ≤0.1 mrad. Built with a spherical lens design, it combines low manufacturing cost, compact structure, and high accuracy, making it ideal for long-distance laser applications.
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SX-Optics High Precision Laser Collimation Objective Lens is designed for use with a 632.8 nm wavelength laser, providing a small divergence angle ≤0.1 mrad. Built with a spherical lens design, it combines low manufacturing cost, compact structure, and high accuracy, making it ideal for long-distance laser applications.
High Precision Laser Collimation Objective Lens
The SX-Optics High Precision Laser Collimation Objective Lens is optimized for 632.8 nm wavelength lasers, delivering low divergence output ≤0.1 mrad. Using a spherical lens structure, it ensures high accuracy, compact design, and low production cost, making it well-suited for long-distance laser applications.
Technical Indicators
Parameter
Specification
Wavelength
632.8 nm (laser compatible)
Divergence Angle
≤0.1 mrad
Lens Type
Spherical lens
Design
Compact, low-cost structure
Application
Long-distance laser collimation
Key Features
High precision collimation with 632.8 nm lasers
Ultra-low divergence ≤0.1 mrad
Spherical lens design for cost efficiency
Compact and lightweight construction
Stable, reliable laser alignment
Optimized for long-distance laser projection
Applications
Laser alignment systems
Long-distance laser communication
Scientific research and experiments
Laser measurement instruments
Precision collimation optics
Industrial laser applications
Why Choose SX-Optics?
SX-Optics specializes in high-precision optical lenses designed for demanding laser applications. Our collimation lenses combine accuracy, efficiency, and affordability to meet the needs of research, industry, and advanced laser systems.
Contact SX-Optics today for technical support, custom designs, or detailed quotations.