

- ZERODUR® Substrates Provide Near Zero Thermal Expansion
- Enhanced Reflectivity and LDT over Metallic Coatings
- UV, Visible, and NIR Reflective Coatings Designed for 0-45° AOI
- Metallic Coated ZERODUR® Mirrors Also Available

- Designed for 330 Attosecond Pulses @ 65eV (19nm)
- Multilayer Coating with 38% Peak Reflectivity
- ≤1Å (Angstrom) Surface Roughness Superpolished Substrates
- EUV Flat Mirrors and EUV Spherical Mirrors Designed at 13.5nm Also Available
- Available from Stock
- No Minimum Order Quantities, No Coating Lot Charges


- Stemmed Design Reduces Stress on Mirror Surface when Mounted by Stem
- >99% Reflectivity at Standard Laser Wavelengths
- 10-5 Surface Quality for Reduced Scatter in Sensitive Laser Applications
- TECHSPEC® Broadband Dielectric and Metallic Coated Stemmed Mirrors Also Available

- Nd:YAG Harmonic Wavelengths
- >97% Reflectivity at 266, 355, 532 and 1064nm
- Excellent Cost to Performance Ratio
- Nd:YAG Laser Line Mirrors and Low Cost Laser Line Mirrors Also Available


- Designs for 532nm and 1064nm Nd:YAG Lasers
- 80% Reflectivity at Nd:YAG DWL
- UV Fused Silica Substrates


- Reflectivity >99% at 600 – 1000nm or 800 – 1150nm
- Low Group Delay Dispersion as Low as 0 ±20fs2
- Ideal for Ti:sapphire and Yb:doped Lasers
- Standard Imperial Sizes Available
- TECHSPEC® Ultrafast-Enhanced Silver Concave Laser Mirrors Available


- >99.8% Reflectivity at Yb:YAG Harmonic Frequencies
- Guaranteed High Laser Damage Thresholds
- 10-5 Surface Quality for Reduced Scatter in Laser Applications
- TECHSPEC® Laser Mirror Substrates and TECHSPEC® Nd:YAG Laser Line Mirrors Also Available


Top Seller
- >99.2% Reflectivity at Nd:YAG Harmonic Frequencies
- High Laser Induced Damage Threshold Specifications
- 10-5 Surface Quality for Reduced Scatter in Sensitive Laser Applications
- TECHSPEC® Laser Mirror Substrates and TECHSPEC® Yb:YAG Laser Line Mirrors Also Available

- Reflection >99.8% (P-polarization) at 720 – 840nm or 780 – 830nm
- Low Group Delay Dispersion at 5° or 20° AOIs
- Ideal for Pulse Compression of Ti:sapphire Ultrafast Lasers
- Low GDD Mirrors Also Available


- >99.5% Reflectivity at the Design Wavelength
- ±15 Arcsecond Angular Tolerance
- High Thermal Stability Substrates

- High Reflectivity and Negative Group Delay Dispersion (GDD)
- Ideal for Dispersion Compensation and Beam Compression @ 45° AOI
- Designs for Femtosecond Lasers, Including Ti:sapphire


- Designed to Separate Two Beams Propagating Closely Next to Each Other
- 45° Bevel
- Coating Aperture Up to the Knife-Edge
- Enhanced Aluminum, Protected Gold and Protected Silver Coating Options

- Greater than 98% Reflectivity from 2 - 20μm
- Copper Substrate Mirrors
- High Damage Thresholds


- High Damage Threshold of up to 1.5 J/cm2
- Low Loss Dielectric Coatings
- Designed for 193nm and 248nm Lasers


- >99.8% Reflectivity at Design Wavelengths
- Excellent Broadband Performance for Range of Wavelengths
- Designed for Common Diode Lasers


- Ideal for Tunable Lasers and Reflecting Multiple Laser Sources
- High Reflectivity from 0 - 45° for All Polarization States
- Variety of Coating Options Available


- λ/10 Surface Flatness and 10-5 Surface Quality
- High Quality Fused Silica Substrates
- Imperial Sizes with Circular or Rectangular Geometries
- Window Substrates Also Available

- Over 95% Reflectance of Visible Laser Diode Light
- Ideal for Multiple Reflection Systems
- Coating Optimized for 633nm at 45° AOI
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