High Power Laser Mirror

laser mirror

This laser mirror uses common design dielectric coating, also called Bragg mirror, where all optical layer thickness values are just one-quarter of the design wavelength. This design of laser mirror leads to the highest possible reflectivity for a given number of layer pairs and given materials.

Dielectric multilayer mirrors can be made on both plane and curved surfaces.

For angled incidence of light on a dielectric mirror, the spectral range over which the mirror is highly reflective shifts toward shorter wavelengths as the angle of incidence increases.

Specifications

Material: Fused Silica
Dimension Tolerance: +0.00/-0.1 mm
Surface Flatness: λ/10@633nm
Surface Quality: 10-5 or 20-10
Clear Aperture: 90% of diameter
Damage Threshold: 5J/cm2 10ns Pulse
R > 99.7% or Partial Reflection from 50% to 98%

Qty Descriptions Price*
Φ25.4mm Laser Mirror 1030-1064nm AOI@45°
Φ25.4mm Laser Mirror 1030-1064nm AOI=0°
Φ25.4mm Concave Laser Mirror Radii:100mm 1030-1064nm AOI=0°
Φ25.4mm Concave Laser Mirror Radii:200mm 1030-1064nm AOI=0°
Φ25.4mm Partial Reflection Mirror R=90% 1030-1064nm AOI=0°
Φ25.4mm Partial Reflection Mirror R=80% 1030-1064nm AOI=0°
Φ25.4mm Laser Mirror 515-532nm AOI@45°
Φ25.4mm Laser Mirror 343-355nm AOI@45°
Φ25.4mm Laser Mirror 257-267nm AOI@45°
Φ25.4mm Ultafast Laser Mirror 650-950nm AOI@45°
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OptoCity offer both standard laser mirror and custom specified laser mirror. Please send us an e-mail to request for quote.

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Quality Crystals &
Optical Components
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  8. Mirrors
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  9. Filters
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  10. Windows
    1. N-BK7 Window
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  11. Lenses
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