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  1. Optical Components | High Precision Optics | Custom Optics

    As a world-class precision optics manufacturer, Optimax combines diverse fabrication techniques to meet your specific requirements. Our capabilities span from conventional machines to highly precise …

  2. Custom Optics & Systems | High Precision | Optimax Systems

    Optimax builds Custom High-Precision Optics and Optical Systems behind the latest breakthrough technologies in aerospace, defense, and consumer electronics. Learn more here.

  3. Optimax is a leader in high precision optics manufacturing and prides itself on having a strong culture. We encourage lifelong learning and strive for the best possible solution with the highest quality.

  4. High-Precision | Optical | Mechanical | Metrology Optics

    High-precision optical metrology is central to the Optimax approach. We deploy cutting-edge optical measuring systems to ensure our manufacturing processes yield the highest quality optics to …

  5. SPIE Optics + Photonics - 2025 | Optimax Systems | Event

    Aug 7, 2025 · Join Optimax Systems at SPIE Optics + Photonics 2025 where we will highlight our expertise in high-precision optics manufacturing & optical assemblies.

  6. Company Description: Optimax is located in Ontario, NY, and manufacturer’s high precision optics in aerospace, defense, and semiconductor industries. During the past 30 years, we have grown to …

  7. Careers | Job Opportunities | Optimax Systems

    We leverage our optics manufacturing technology for programs that benefit mankind and projects that defend our freedom. Our know-how, innovation, and speed enable quicker production of high …

  8. SPIE Defense + Commercial Sensing - 2025 | Optimax Systems | Event

    Apr 17, 2025 · We specialize in crafting military-grade optics, where quality and precision can make all the difference. With advanced metrology and streamlined manufacturing processes, our engineers …

  9. With CGHs, we are able to produce high-precision freeform optics. However, a CGH is unique to the specific part under test and will not work for all freeform shapes.

  10. In the case of polished optics, roughness can stem from contamination, localized cosmetic defects called scratches and digs, and residual manufacturing artifacts7. Surface roughness in an optical …