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Nd:YAG Laser Dual Band Mirrors

Nd:YAG Laser Dual Band Mirrors

Dual Laser Line Mirrors are made of high quality BK7 or UVF. The mirrors are designed for 45° or 0° deg angle of incidence.

from 94 $
delivery Estimated delivery time: 4 - 5 days
Products
Specifications
Brochures
Description
Wavelength
Application
Material
AOI
R, % (s+p)/2
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BK7; ø12,7x3 mm
Code Wavelength Application Material Diameter Thickness AOI R, % (s+p)/2 Price Delivery Add to cart
051-5306 532+1064 nm YAG 1H+2H BK7 ø12,7 mm 3 mm 45° 99.5% 94 $ 4 - 5 days
051-5306-i0 532+1064 nm YAG 1H+2H BK7 ø12,7 mm 3 mm 99.7% 94 $ 4 - 5 days
051-6306 633+1064 nm YAG 1H+HeNe BK7 ø12,7 mm 3 mm 45° 99.5% 94 $ 4 - 5 days
051-6306-i0 633+1064 nm YAG 1H+HeNe BK7 ø12,7 mm 3 mm 99.7% 94 $ Request
BK7; ø25,4x6 mm
Code Wavelength Application Material Diameter Thickness AOI R, % (s+p)/2 Price Delivery Add to cart
052-5306 532+1064 nm YAG 1H+2H BK7 ø25,4 mm 6 mm 45° 99.5% 113 $ 4 - 5 days
052-5306-i0 532+1064 nm YAG 1H+2H BK7 ø25,4 mm 6 mm 99.7% 113 $ Request
052-6306 633+1064 nm YAG 1H+HeNe BK7 ø25,4 mm 6 mm 45° 99.5% 113 $ 4 - 5 days
052-6306-i0 633+1064 nm YAG 1H+HeNe BK7 ø25,4 mm 6 mm 99.7% 113 $ Request
BK7; ø50,8x8 mm
Code Wavelength Application Material Diameter Thickness AOI R, % (s+p)/2 Price Delivery Add to cart
055-5306 532+1064 nm YAG 1H+2H BK7 ø50,8 mm 8 mm 45° 99.5% 166 $ 4 - 5 days
055-5306-i0 532+1064 nm YAG 1H+2H BK7 ø50,8 mm 8 mm 99.7% 166 $ 4 - 5 days
055-6306 633+1064 nm YAG 1H+HeNe BK7 ø50,8 mm 8 mm 45° 99.5% 166 $ Request
055-6306-i0 633+1064 nm YAG 1H+HeNe BK7 ø50,8 mm 8 mm 99.7% 166 $ Request
BK7; ø76,2x12,7 mm
Code Wavelength Application Material Diameter Thickness AOI R, % (s+p)/2 Price Delivery Add to cart
057-5306 532+1064 nm YAG 1H+2H BK7 ø76,2 mm 12,7 mm 45° 99.5% 250 $ Request
057-5306-i0 532+1064 nm YAG 1H+2H BK7 ø76,2 mm 12,7 mm 99.7% 250 $ Request
057-6306 633+1064 nm YAG 1H+HeNe BK7 ø76,2 mm 12,7 mm 45° 99.5% 250 $ Request
057-6306-i0 633+1064 nm YAG 1H+HeNe BK7 ø76,2 mm 12,7 mm 99.7% 250 $ Request
UVFS; ø12,7x3 mm
Code Wavelength Application Material Diameter Thickness AOI R, % (s+p)/2 Price Delivery Add to cart
061-3553 355+532 nm YAG 3H+2H UVFS ø12,7 mm 3 mm 45° 99.5% 127 $ 4 - 5 days
061-3553-i0 355+532 nm YAG 3H+2H UVFS ø12,7 mm 3 mm 99.7% 127 $ Request
061-5306 532+1064 nm YAG 1H+2H UVFS ø12,7 mm 3 mm 45° 99.5% 120 $ Request
061-5306-i0 532+1064 nm YAG 1H+2H UVFS ø12,7 mm 3 mm 99.7% 120 $ Request
061-6306 633+1064 nm YAG 1H+HeNe UVFS ø12,7 mm 3 mm 45° 99.5% 120 $ Request
061-6306-i0 633+1064 nm YAG 1H+HeNe UVFS ø12,7 mm 3 mm 99.7% 120 $ Request
UVFS; ø25,4x6 mm
Code Wavelength Application Material Diameter Thickness AOI R, % (s+p)/2 Price Delivery Add to cart
062-3553 355+532 nm YAG 3H+2H UVFS ø25,4 mm 6 mm 45° 99.5% 153 $ 4 - 5 days
062-3553-i0 355+532 nm YAG 3H+2H UVFS ø25,4 mm 6 mm 99.7% 153 $ Request
062-5306 532+1064 nm YAG 1H+2H UVFS ø25,4 mm 6 mm 45° 99.5% 148 $ 4 - 5 days
062-5306-i0 532+1064 nm YAG 1H+2H UVFS ø25,4 mm 6 mm 99.7% 148 $ 4 - 5 days
062-5306HHR 532+1064 nm YAG 1H+2H UVFS ø25,4 mm 6 mm 45° 99.9% 198 $ 4 - 5 days
062-5306HHR-i0 532+1064 nm YAG 1H+2H UVFS ø25,4 mm 6 mm 99.9% 198 $ 4 - 5 days
062-6306 633+1064 nm YAG 1H+HeNe UVFS ø25,4 mm 6 mm 45° 99.5% 148 $ 4 - 5 days
062-6306-i0 633+1064 nm YAG 1H+HeNe UVFS ø25,4 mm 6 mm 99.7% 148 $ Request
UVFS; ø50,8x8 mm
Code Wavelength Application Material Diameter Thickness AOI R, % (s+p)/2 Price Delivery Add to cart
065-3553 355+532 nm YAG 3H+2H UVFS ø50,8 mm 8 mm 45° 99.5% 237 $ Request
065-3553-i0 355+532 nm YAG 3H+2H UVFS ø50,8 mm 8 mm 99.7% 237 $ Request
065-5306 532+1064 nm YAG 1H+2H UVFS ø50,8 mm 8 mm 45° 99.5% 230 $ 4 - 5 days
065-5306-i0 532+1064 nm YAG 1H+2H UVFS ø50,8 mm 8 mm 99.7% 230 $ 4 - 5 days
065-6306 633+1064 nm YAG 1H+HeNe UVFS ø50,8 mm 8 mm 45° 99.5% 230 $ 4 - 5 days
065-6306-i0 633+1064 nm YAG 1H+HeNe UVFS ø50,8 mm 8 mm 99.7% 230 $ Request
UVFS; ø76,2x12,7 mm
Code Wavelength Application Material Diameter Thickness AOI R, % (s+p)/2 Price Delivery Add to cart
067-3553 355+532 nm YAG 3H+2H UVFS ø76,2 mm 12,7 mm 45° 99.5% 355 $ Request
067-3553-i0 355+532 nm YAG 3H+2H UVFS ø76,2 mm 12,7 mm 99.7% 355 $ Request
067-5306 532+1064 nm YAG 1H+2H UVFS ø76,2 mm 12,7 mm 45° 99.5% 350 $ Request
067-5306-i0 532+1064 nm YAG 1H+2H UVFS ø76,2 mm 12,7 mm 99.7% 350 $ Request
067-6306 633+1064 nm YAG 1H+HeNe UVFS ø76,2 mm 12,7 mm 45° 99.5% 350 $ Request
067-6306-i0 633+1064 nm YAG 1H+HeNe UVFS ø76,2 mm 12,7 mm 99.7% 350 $ Request
Substrate
Material
BK7 glass or UV grade Fused Silica
S1 Surface Flatness
λ/10 at 633 nm
S1 Surface Quality
20-10 scratch & dig (MIL-PRF-13830B)
S2 Surface Quality
Commercial polish
Diameter Tolerance
+0.00 mm-0.12 mm
Thickness Tolerance
±0.25
Wedge
<3 min
Chamfer
0.3 mm at 45° typical

 

Coating
Technology
Electron beam multilayer dielectric or Ion Beam Sputtering
Adhesion and Durability
Per MIL-C-675A. Insoluble in lab solvents
Clear Aperture
Exceeds central 85% of diameter
Damage Threshold
BK7 dual line mirrors - 1 J/cm2, 8 nsec pulse, 1064 nm typical
UVFS dual line mirrors - 2 J/cm2, 8 nsec pulse, 1064 nm typical
Coated Surface Flatness
λ/10 at 633 nm over 85% over clear aperture
Angle of Incidence
0 or 45 degrees
Nd:YAG Laser Dual Band Mirrors
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Dual Laser Line Mirrors are made of high quality BK7 or UV Fused Silica. The mirrors are designed for 45° or 0° angle of incidence. Featuring high polishing quality, low scattering and high damage threshold enables dielectric reflectors to have perfect beam steering for Nd:YAG lasers.