Custom Collimating Lenses
Description
For nearly all applications, nothing beats plastic molded aspherics for optimal collimating and focusing of laser diodes. Molded collimating lenses from Diverse Optics offer excellent performance in a thermal range that exceeds the upper limit of most laser diodes. Mass production by injection molding of aspheric surfaces offers an inexpensive substitute compared to traditional glass elements. Dual aspheric surfaces reduce aberrations and eliminate the expense of multiple elements in optical systems. Less elements equals less cost and reduced weight for your system. Polymer collimating lenses are optimized to work for any single wavelength between 400 – 1100 nm. Optional thin-film coating may be applied to optimize for any wavelength between the 400 – 1100 nm range. All lenses and housings are RoHS and REACH compliant.
Custom Collimating Lenses
Specifications |
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|---|---|
| Diameter: | 3.73 mm |
| Material: | N-BK7, FS, CaF2, ZnSe, Ge |
| Effective Focal Length: | 6.138 mm |
| Numerical Aperture (NA): | 0.28 |
| Wavelength Range: | 400-1100nm |
Applications
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Ships from:
United States
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Frequently Asked Questions
Yes, an optional thin-film coating may be applied to optimize for any wavelength between the 400 – 1100 nm range.
Yes, Diverse Optics offers custom molded optic solutions for customers who have volume requirements and need a specific design for their application.
Collimating lenses are used to focus and direct laser beams in various applications such as laser optics, metrology, and industrial processes.
Plastic molded aspherics offer excellent performance in a thermal range that exceeds the upper limit of most laser diodes. They are also less expensive and lighter than traditional glass elements.
Polymer collimating lenses are optimized to work for any single wavelength between 400 – 1100 nm.