Edmund Optics Inc. Datasheets for Optical Mirrors

Optical mirrors have a smooth, highly-polished, plane or curved surface for reflecting light. Usually, the reflecting surface is a thin coating of silver, or aluminum on glass.
Optical Mirrors: Learn more

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Product Name Notes
>99% Reflectivity from 700 - 1100nm Damage Threshold 0.3kW/cm2 CW Designed for Ti:Sapphire Lasers TECHSPEC® Broadband Ti:Sapphire Laser Mirrors are designed to offer high reflection of Ti:Sapphire laser wavelengths.
1Å and 2Å Surface Roughness Options Ultra-Low Surface Scatter 1/10λ Surface Accuracy Available in Fused Silica and Zerodur®, Super Polished Mirror Substrates feature excellent surface roughness and ultra-low dispersion. The...
1/4λ, 1/10λ and 1/20λ Surface Flatness Options Certified with a Zygo Interferometer Each 1/20λ Flat Includes a Certificate of Calibration Single Surface Optical Flats Also Available Our dual surface optical...
Aluminum Coating Ideal for UV, Visible, and IR Applications Multiple Diameter and f/# Combinations Available ¼λ Spherical Mirrors have flat rear surfaces and aluminum coated spherical front surfaces. These mirrors...
Aluminum Substrate Mirrors Available in 15°, 30°, 45°, 60°, or 90° Off-Axis Options Aluminum and Gold Coating Options Unlike standard parabolic mirrors, Off-Axis Parabolic Metal Mirrors direct and focus incident...
Aluminum Substrate Mirrors Ideal for LWIR Laser Applications Aluminum and Gold Coating Options These aluminum substrate, diamond turned Metal Mirrors are available with either a protected aluminum or gold coating,...
Available in a Wide Range of Sizes and Shapes Precision Metallic Mirror Coatings Contact Us for Custom Sizes TECHSPEC® 1/4λ First Surface Mirrors are ideal for a wide range of...
Discounts up to 80% Off Quantities Extremely Limited Final Sale, No Returns Shop the EO Mega Clearance presentations for the hottest deals on component-level products. Quickly browse the best optics,...
Fused Silica and Zerodur® Substrates 1/10λ Surface Accuracy Variety of Coating Options Offered 1/20λ and 1/4λ Surface Accuracies Also Offered TECHSPEC® 1/10λ Precision Optical Flat Mirrors are an excellent choice...
Fused Silica and Zerodur® Substrates 1/20λ Surface Accuracy Variety of Coating Options Offered 1/10λ and 1/4λ Surface Accuracies Also Offered TECHSPEC® 1/20λ Precision Optical Flat Mirrors are an excellent choice...
High Damage Threshold of up to 5J/cm2 Low Loss Dielectric Coatings Designed for 193nm, 248nm, 308nm, and 351nm Lasers Ideal for the most demanding UV applications, TECHSPEC® High Energy...
High Damage Thresholds >99% Absolute Reflectivity at Design Wavelength Available for UV, Visible, and NIR Lasers TECHSPEC® Nd:YAG Laser Line Mirrors offer the high reflectance and superior surface quality and...
Ideal for Multispectral Focusing Applications Variety of Coating Options Offered Multiple Sizes Available ¼λ Spherical Mirrors Also Available TECHSPEC® 1⁄ 8λ Precision Spherical Mirrors are designed for research...
Ideal for Multispectral Focusing Applications Variety of Coating Options Offered Multiple Sizes Available ⅛λ Precision Spherical Mirrors Also Available TECHSPEC® ¼λ Precision Spherical Mirrors are designed for research and technical...
Ideal for Precision Alignment 35 x 35 x 3mm Mirror Dimensions 50mm H x 38mm W x 38mm D Housing Dimensions Mirror and Housing Available Separately Combining our TECHSPEC® 35...
Ideal for Tunable Lasers and Reflecting Multiple Laser Sources High Reflectivity from 0 - 45° for All Polarization States Variety of Coating Options Available Featuring high reflectance and durability, Precision...
Low Loss Dielectric Coatings >98% Reflectance All Common Argon-Ion Laser Wavelengths TECHSPEC® High Energy Argon-Ion Laser Mirrors are available for each of the most common Argon-Ion laser wavelengths. Each mirror...
Over 95% Reflectance of Visible Laser Diode Light Ideal for Multiple Reflection Systems Coating Optimized for 633nm at 45° AOI These Visible Laser Diode Mirrors are specially coated to attain...
Precision Fused Silica Substrate Variety of Sizes and Coating Options Available Low Coefficient of Thermal Expansion 1/10λ First Surface Mirrors are ideal for demanding beam steering and reflection applications in...
Precision Polished Substrate Protected Aluminum and Cold Mirror Coating Options Ideal for Highly Divergent Light Sources Precision Ellipsoidal Reflectors Also Available Precision Parabolic Reflectors are ideal for collimating a light...
Precision Polished Substrate Protected Aluminum and Cold Mirror Coating Options Ideal for Solar and Condensing Applications Precision Parabolic Reflectors Also Available Precision Ellipsoidal Reflectors are ideal for simplifying system design...
Reflects Light at 90° Ideal for System Alignment Enhanced Aluminum and Protected Gold Coatings Available with an enhanced aluminum or protected gold coating, TECHSPEC® Right Angle Mirrors are easily mounted,...
Sizes Ranging from 1/2" Diameter to 8" Diameter Certified with a Zygo Interferometer Each 1/20λ Flat Includes a Certificate of Calibration Available with Standard Metallic Mirror Coatings: 1/4λ Mirrors, 1/10λ
Splits Input Image Into Two Paths Separated by 180° Variety of Sizes and Broadband Coatings Available Additional Right Angle Prism Options Available TECHSPEC® 90° Specialty Mirrors are constructed from right...
Ti:Sapphire Wavelength Range (700 - 900nm) Low Surface Scatter Ultra-low Dispersion These Ultrafast Ti:Sapphire Laser Mirrors are ideal for use with the most common Ti:Sapphire wavelength range. Designed at 45°
Variety of Diameters and Focal Lengths Available Enhanced Aluminum and Protected Gold Coatings Ideal for Imaging Systems Convex Spherical Mirrors feature a polished plano second surface and convex first surface.
Wide Variety of Shapes and Sizes Available >90% Reflection of Visible Light Contact Us for Custom Sizes 4 - 6λ First Surface Mirrors are an economical choice for a wide...
Wide Variety of Shapes and Sizes Available Enhanced Aluminum and Protected Gold Coatings Contact Us for Custom Sizes When using our TECHSPEC® First Surface Mirrors, the coated surface is to...

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