A dome is composed of two parallel optical surfaces. Optical domes are unqiue because, unlike any other optical components, the key attribute of the dome is to have no optical effect. Mirrors reflect light, lenses bend light, domes ideally change nothing.
Typically the lead element in an optical system, a dome is often exposed to the environment. Accordingly, domes made from hard ceramic materials are preferred due to their ability to withstand wind and rain erosion. Domes are typically found in single-use defense applications and submersible vehicles for deep ocean exploration.
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In describing a dome, the material, one radius, center thickness, and wall thickness variation (WTV) (Figure 1) must be effectively specified. All other attributes generally follow the specifications typical of a spherical lens.
The image above shows WTV related to radius error, grossly exaggerated for illustrative purposes. Other WTV sources may include irregularity, tilt or decenter of the concentric surface.
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Optimax utilizes deterministic CNC machine tools for predictable removal rates and adherence to tight tolerances. To control WTV, precision tools that maintain surface registration are used. Optimax grinds and polishes most optical materials such as glass, Fused Silica, ALON™, CeraLumina™, Spinel, ZnS and crystals for UV, Visible and IR applications.
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Optimax uses interferometers and mechanical measurement to verify that parts meet the form error specification. Optimax has developed interferometric test techniques for overcoming static fringes.
Optimax’s R&D department is continuously looking for ways to improve our fabrication process and produce higher quality optics. Our current research projects are designed to meet future market needs, such as:
With years of experience perfecting its Lean manufacturing processes, Optimax is uniquely qualified to offer fast, on-time deliveries.
Optimax is the world’s leading rapid delivery manufacturer of custom optical components. Since its founding, Optimax has recognized that industries and institutions need fast deliveries of high quality, precision optics and has invested more than 15 years perfecting highly reliable and effective Lean processes. To learn more about these and other Optimax innovations, please visit About Optimax.
Customers trust Optimax to reliably manufacture their most complex optics on time. In the unlikely event that an expedited delivery is late, Optimax policy is to refund any unearned premium.
Optimax excels at grinding, polishing and coating precision optics quickly and reliably. We can deliver high precision optics in as little as one week.