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The laser mirrors are dielectic reflectrors providing an optimised performance at stated wavelengths. The high polishing quality is imprtant for low wave front distrortion,low scattering and hight damage threshold. All mirrors designed to work at 45 degrees.
 Standard Specifications:
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Optical Material:
Dimension Tolerance:
Clear Aperture:
Angular Tolerance:
Surface Quality:
Wavefront Distortion:
Rear Surface Quality
Bevel: |
BK7, Fused Silica
+0.0,-0.15mm
>90%
±30 arc minutes
20-10 scratch and dig
lambda/10 at 632.8nm
Commercial Polish
<0.25mm X 45 |
| Coating Specifications: |
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Technology:
Adhesion & Durability:
Clear Aperture:
Damage Threshold:
Angle of Incidence: |
Electron Beam Multilayer Dielectric
Per MIL-C-675A,Insoluble in lab solvent
> 85% of diameter central
5 J/cm2,8 nsec pulse,1064nm typical
45 Degrees |
Standard For Laser line Mirrors:
Wavelength(nm) |
Laser Type |
Reflectance
% (s+p)/2 |
Product Number |
D12.7x3mm |
D25.4x6mm |
D50.8x8mm |
488-515 |
Ar+ |
>99.5 |
UQT-HLMB0101 |
UQT-HLMB0201 |
UQT-HLMB0301 |
527-532 |
YAG 2H |
>99.5 |
UQT-HLMB0102 |
UQT-HLMB0202 |
UQT-HLMB0302 |
589 |
Dye |
>99.5 |
UQT-HLMB0103 |
UQT-HLMB0203 |
UQT-HLMB0303 |
633-670 |
HeNe+Diode |
>99.5 |
UQT-HLMB0104 |
UQT-HLMB0204 |
UQT-HLMB0304 |
780 |
Diode |
>99.5 |
UQT-HLMB0105 |
UQT-HLMB0205 |
UQT-HLMB0305 |
760-840 |
Ti:Sa |
>99 |
UQT-HLMB0106 |
UQT-HLMB0206 |
UQT-HLMB0306 |
852 |
Diode |
>99.5 |
UQT-HLMB0107 |
UQT-HLMB0207 |
UQT-HLMB0307 |
1047-1064 |
YAG |
>99.5 |
UQT-HLMB0108 |
UQT-HLMB0208 |
UQT-HLMB0308 |
1300-1320 |
YAG |
>99.5 |
UQT-HLMB0109 |
UQT-HLMB0209 |
UQT-HLMB0309 |
1520-1570 |
Diode |
>99.5 |
UQT-HLMB0110 |
UQT-HLMB0210 |
UQT-HLMB0310 |
Standard For Dual Laser line Mirrors:
Wavelength(nm) |
Laser Type |
Reflectance
% (s+p)/2 |
Product Number |
D12.7x3mm |
D25.4x6mm |
D50.8x8mm |
532+1064 |
YAG 1H+2H |
>99.5 |
UQT-DLMB0101 |
UQT-DLMB0201 |
UQT-DLMB0301 |
633+1064 |
YAG 1H+2H |
>99.5 |
UQT-DLMB0102 |
UQT-DLMB0202 |
UQT-DLMB0302 |
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| Please Contact ultiQuest for other dimensions in prototype and production quantities. |
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| NOTES! |
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The coated surface of the mirror that rear surface is polished is indicated with an arrow on the side of substrate. |
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Reflectance of laser line mirrors are different according to the polarization of input beams. S-polarization has the high reflectance and the wide reflective bandwidth compared with p-polarization. The reflectance in the specifications list is that of random polarization or (p-polarization reflectance + s-polarization reflectance) / 2. |
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The reflectance curves are based on actual measurements and may be different with production lots. |
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The surface flatness is the reflected wavefront distortion of the surface befor coating. |
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Be sure to wear laser safety goggles when checking optical path and adjusting optical axis. |
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