What is an 850nm Collimating Objective Lens?
An 850nm collimating objective lens is a precision optical component designed to collect, focus, and convert diverging light into a controlled collimated beam. It combines objective imaging capability with accurate beam transmission performance for advanced optical systems.
Why Use a Collimating Objective Lens?
Collimating objective lenses help maintain stable optical paths and improve system accuracy by reducing beam divergence and optical distortion. They are widely used in applications requiring precise light control, image acquisition, and optical measurement.
Picture of 850nm Collimating Objective Lens
Video of 850 nm near-infrared collimating objective lens
Key Features of Collimating Objective Lenses
- High precision optical alignment
- Excellent beam collimation performance
- Low optical aberration
- High image resolution
- Stable optical transmission
- Custom optical parameters available
Applications of 850nm Optical Objective Lenses
- Machine Vision Imaging Systems
- Laser Beam Alignment Systems
- Optical Measurement and Inspection Equipment
- Scientific Research Imaging Platforms
- Fiber Optic Communication Systems
- Precision Optical Testing Systems
Advantages of Custom Objective Lens Manufacturing
- Customized optical design solutions
- Precision lens assembly capability
- Optimized wavelength performance
- High dimensional accuracy
- OEM optical integration support
People Also Ask (FAQs)
Why choose an 850nm objective lens?
850nm optical lenses are commonly selected for systems requiring stable optical transmission and precise detection performance at this wavelength.
Customization Options
- Custom wavelength optimization
- Different focal lengths and apertures
- Special optical coatings
- Precision mechanical housing
- OEM prototype development
- Volume production support
