Optical Domes
Optical domes are specialized structures that are used in a variety of applications where optical clarity, durability, and resistance to environmental factors are essential. These structures are typically made of transparent materials, such as acrylic or glass, and are shaped like a dome to provide a curved surface for optical applications. The manufacturing process for custom optical domes involves shaping and polishing the material to achieve high levels of optical performance.
Optical domes are ideal for visible and infrared applications and provide a protective window due to their hemispherical shape. They are ideal for extreme environments because of their strong protective properties.
General specifications
Optical Dome Manufacturing Specifications | |||
Commercial | Precision | High Precision | |
Diameter |
15-125mm | ||
Radius |
Diameter/2 | ||
Height |
Hemisphere or 2mm over the hemisphere | ||
Radius Tolerance |
±0.100mm | ±0.050mm | ±0.020mm |
Height Tolerance |
±0.20mm | ±0.10mm | ±0.05mm |
Parallelism (TIR) |
0.20mm | 0.05mm | 0.02mm |
Clear Aperture |
180° | 180° | 180° |
Surface Quality |
80-50 | 60-40 | 40-20 or better |
Materials of Optical Domes
• Optical glass, such as N-BK7, N-K5, N-BK10, H-K9L
• Fused Silica, diameter less than 125 mm
• Silicon, diameter less than 100 mm
• Sapphire, diameter less than 30 mm
Specifications of Optical Domes
Diameters of optical domes are ranging from 15 mm to 280 mm with precision tolerances.
• High-precision optical domes: diameter from 15 mm to 125 mm.
• Commercial optical domes: diameter from 125 mm to 280 mm.
RZ Optics Co., Ltd. provides optical domes wholesale for meteorological observation radiometers and optical domes for underwater detection and imaging. Our company also provides custom optical domes according to the needs of customers. Our company produces high-quality optical domes through precision polishing and strictly controls various optical parameters to ensure the precision quality of the protected equipment. Contact us now for more.