Tel : +86-591-86395085
Email : sales@uni-optics.com
Laser Line Mirrors are used for beam-steering in demanding laser applications. Laser Line Mirrors are Optical Mirrors that have been designed for specific laser types or wavelengths.
product origin:
Chinashipping port:
Fuzhou Chinalead time:
4 working weekspayment:
T/T Payment, Western Union1、What Metallic Coated types can Uni-Optics supply?
Uni-Optics mainly offers four coating types, including:
1) UV Enhanced Aluminum : Ravg > 85% from 250nm to 400nm
2) Protected Aluminum: Ravg > 87% from 400nm to 800nm
3) Protected Silver: Ravg > 95% from 400nm to 20um
4) Protected Gold: Ravg > 98% from 650nm to 16um
2、What are the features of Metallic coated mirror?
Metallic coated mirror have many key features below:
Wide spectral range
Not sensitive to the incidence angle and polarization state
Low cost
Non-durable
Relatively low reflectance
Low laser damage threshold
3、What UNI Optics can do for you?
Common Specifications:
Substrate Materials: N-BK7, Fused silica, Pyrex；Float glass
Dimensional tolerance: +/-0.1mm
Surface quality: 60-40
Parallelism: 3’
Flatness: λ/4 per 25mm@633nm
Bevel: Protective
One surface: Polished and Metallic coating
The other surface: Fine ground
Note: Aluminum is the most widely used metal reflection film, from near UV to near IR, have high reflectivity, and with low cost. Silver has higher reflectivity in the visible and near infrared wavelength than the aluminum film, but the silver in the air will be rapid oxidation, color darkening, makes the film performance and firmness declined rapidly. Gold film has a good consistency with high reflectivity in the near, middle and far infrared range, can control the thermal radiation effectively, but it is relatively soft, easy bruising, and should be paid very close attention to clean, and the cost is very high.
Hot Tags :
High power grade laser mirror
Laser Line Mirrors are used for beam-steering in demanding laser applications. Laser Line Mirrors are Optical Mirrors that have been designed for specific laser types or wavelengths.
High Reflective Broadband Dichroic Mirrors
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Fused Silica Ball and Half-Ball Lenses
Laser Grade Prisms
BBAR Coated Hypotenuse Right Angle Prisms
VIS-NIR Coated Double-Concave (DCV) Lenses
UN-TFA3528C-10MP
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Taurus Series Compact FA Lens(10MP) |
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Model |
UN-TFA3528C-10MP |
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Focal length |
35mm |
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Aperture |
F2.8-16 |
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Image Format |
2.3″ |
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Mount |
C |
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Field Angle D x H x V (°) |
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2/3″ |
1/2″ |
1/3" |
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D |
18.39° |
13.4° |
10.1° |
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H |
14.8° |
10.8° |
8.10° |
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V |
11.1° |
8.10° |
6.10° |
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Optical Distortion |
-0.172%y=5.5mm |
-0.077%y=4.5mm |
-0.045%y=4.0mm |
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M. O. D. |
0.2m~∞ |
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Dimension |
Φ28*36.17mm |
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17.526mm |
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Back Focal Length |
13.63mm |
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Operation |
Manual Iris |
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Manual Focus |
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Design Wavelength |
420-1000nm |
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Filter Thread |
M27xP0.5 |
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UV Fused Silica Plano-Convex (PCX) Lenses
UN-TFA1628C-10MP
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Taurus Series Compact FA Lens(10MP) |
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Model |
UN-TFA1628C-10MP |
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Focal length |
16mm |
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Aperture |
F2.8-16 |
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Image Format |
2/3″ |
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Mount |
C |
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Field Angle D x H x V (°) |
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2/3″ |
1/2″ |
1/3" |
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D |
37.9 |
28.1° |
21.2° |
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H |
30.7° |
22.6° |
17.0° |
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V |
23.3° |
17.1° |
12.8° |
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Optical Distortion |
0.29%@y=5.5mm |
0.15%@y=4.0mm |
0.08%@y=3.0mm |
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M. O. D. |
0.15m~∞ |
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Dimension |
Φ29*41.50mm |
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Flange BFL |
17.526mm |
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Back Focal Length |
8.63mm |
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Operation |
Manual Iris |
||||
|
Manual Focus |
|||||
|
Design Wavelength |
420-1000nm |
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Filter Thread |
M27xP0.5 |
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