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Minimize Scatter with Ultra-Low Surface Roughness<
RMS Surface Roughness <1Å
Standard Sizes and Shapes from 12.7 to 50.8mm
Custom Sizes and Shapes Upon Request
Supported by State-of-the-Art Metrology
Parts-per-Million Level Scattering
Edmund Optics® is an industry leader in superpolishing optics for ultra-low surface roughness. Superpolished optics minimize scatter and are ideal for laser optics applications where throughput is critical. This technology complements Edmund Optics’ low-loss coatings, which utilize ion beam sputtering (IBS), because coating performance is often limited by the roughness of the glass substrates. Our expert coating and manufacturing engineers can develop a customized solution for your system and guide you throughout your entire product development process. World-class metrology ensures that all superpolished surfaces meet your application needs. What can we make for you?
Superpolishing Capabilities* | ||
---|---|---|
RMS Surface Roughness** | <1Å | |
Surface Accuracy | <0.1λ | |
Parallelism (Diameter < 12.7mm) | <1 arcsec | |
Parallelism (Diameter ≥ 12.7mm) | <30 arcsec | |
Surface Quality | 10-5 (Over Clear Aperture) | |
Diameter | 6 – 50.8mm | |
Materials | Fused Silica |
To learn more about the fabrication and measurement of superpolished optics, view our on demand webinar.
View NowLearn about the fabrication process for our superpolished surfaces in our SPIE conference proceedings.
Learn about the metrology for our superpolished surfaces in our SPIE conference proceedings.
Standard superpolished products are in-stock and ready to ship. Contact us to discuss custom options tailored for your application.
Use our Quote Request Form to upload a drawing for quote
or fill out the General Request Form below to get in touch.
Thank you for inquiring about our manufacturing capabilities. We will be in touch shortly.
* The term dual use is often used to describe the types of items subject to the EAR (Export Administration Regulations). A dual use item is one that has civil applications as well as military or weapons of mass destruction (WMD)-related applications.