Optical Mirror
Optical mirrors use specular reflection for beam steering, focusing, collimation, splitting and other functions. Substrates may be optical glass, glass-ceramics, metal or other materials, with high-reflectance aluminum, silver, gold or dielectric coatings. Available shapes include planes, concave spheres, concave aspheres and paraboloids; some products have a central hole. High reflectance, low scatter and precise surface figures reduce transmission-related chromatic aberration. They support visible, infrared and ultraviolet bands and are widely used in precision optical systems.
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Related Products
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Right-Angle High-Reflector Mirror
Optical Mirrors
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Dimensional Tolerance: +0.0/-0.2mm Thickness Tolerance: ±0.2mm Surface Quality: 60/40
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Laser-Grade Mirror
Optical Mirrors
U-photonics
Dimensional Tolerance: +0.0/-0.2mm Thickness Tolerance: ±0.2mm Surface Quality: 60/40
These premium laser-grade dielectric mirrors are designed for demanding professional laser applications with precision and efficiency. Advanced dielectric coatings provide high reflectivity/low absorption for optimal beam transport. Quality substrates minimize wavefront distortion and scattering for excellent beam quality. Durable, rugged construction gives reliable long-term performance in industrial, scientific and research systems. Multiple laser-line wavelengths suit varied laser types; each mirror is tested/calibrated for consistent performance, alignment and maximum power transport. Standard sizes and mounting compatibility simplify integration; compact, lightweight design eases installation/adjustment. Uses include cutting, materials processing, spectroscopy and laser research to improve system performance.
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Broadband High-Reflector Mirror
Optical Mirrors
U-photonics
Dimensional Tolerance: +0.0/-0.2mm Thickness Tolerance: ±0.2mm Surface Quality: 60/40
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Plano-Concave High-Reflector Mirror
Optical Mirrors
U-photonics
Dimensional Tolerance: +0/-0.2mm Thickness Tolerance: ±0.2mm Surface Quality: 60/40
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Reflector Plate
Optical Mirrors
Nyyingrui
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