Corner Cube Retro-Reflectors operates on the principle of total internal reflection (TIR). A beam entering the effective aperture is reflected by the three roof surfaces and emerges from the entrance / exit surface parallel to itself. This property is independent of orientation of the retro-reflector, within acceptance angle limitations.
For applications in which either the acceptance angle for TIR is exceeded, or the reflecting surfaces cannot be kept sufficiently clean for TIR, a metal or dielectric coating can be applied to the reflecting surfaces.
Antireflection coated entrance and exit faces are also available.
Standard Specifications:
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Optical Material:
Dimension Tolerance:
Clear Aperture:
Deviation:
Flatness:
Surface Quality:
Bevel:
Coating:
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BK7 or Fused Silica
± 0.2mm
>80%
180°
lambda/4 at 632.8nm on big surface
lambda/4 at 632.8nm on other surface
60-40 scratch and dig
0.2-0.5mm X 45°
Uncoated or silver with inconel and black overpaint. |
Standard Corner Cube Retroreflectors
D(mm) |
H(mm) |
Angle Tolerance |
Material |
Product Number |
7.16 |
6.10 |
10 arcsec |
BK7 |
UQT-CCRB0101 |
7.16 |
6.10 |
1 arc min. |
Fused Silica |
UQT-CCRF0102 |
12.70 |
10.16 |
3 arcsec |
BK7 |
UQT-CCRB0103 |
12.70 |
10.16 |
1 arc min. |
Fused Silica |
UQT-CCRF0104 |
25.40 |
19.05 |
3 arcsec |
BK7 |
UQT-CCRB0105 |
25.40 |
19.05 |
30 arcsec |
Fused Silica |
UQT-CCRF0106 |
38.10 |
29.21 |
3 arcsec |
BK7 |
UQT-CCRB0107 |
38.10 |
29.21 |
30 arcsec |
Fused Silica |
UQT-CCRF0108 |
50.80 |
38.10 |
3 arcsec |
BK7 |
UQT-CCRB0109 |
50.80 |
38.10 |
1 arc min. |
Fused Silica |
UQT-CCRF0110 |
63.50 |
48.26 |
3 arcsec |
BK7 |
UQT-CCRB0111 |
63.50 |
48.26 |
1 arc min. |
Fused Silica |
UQT-CCRF0112 |
76.20 |
57.15 |
3 arcsec |
BK7 |
UQT-CCRB0113 |
76.20 |
57.15 |
1 arc min. |
Fused Silica |
UQT-CCRF0114 |
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Please Contact ultiQuest for other dimensions in prototype and production quantities. |
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NOTES! |
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Every edge of these prisms is chamfered (beveled) for chipping prevention. The dimensions of these prisms are values not including chamfer. |
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Be sure to wear laser safety goggles when checking optical path and adjusting optical axis. |
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