Kinematic Center Mirror Mount Inch for 25.4mm Mirror
MHI-25.4-UU
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The Kinematic Center Mount is designed to allow the mirror to be loaded from the rear, keeping the reflective front surface centered above the mounting hole.
◦When this mount is rotated 45 degrees on an optical bench, the center of mirror will stay at the optical axis.
◦Cutouts and bevels allow these to be used as beamsplitter holders and not interfere with the transmitted beam.
◦Building the mirror frame into the support of the holder keeps the mount thin with a small footprint.
◦The small footprint allows more room to access the adjusters compared to regular kinematic mirror holders.
◦Includes alignment pin holes to accurately place mount in OEM instruments(φ3H7 except MHI-12.7, which is φ2H7).
◦Cutouts and bevels allow these to be used as beamsplitter holders and not interfere with the transmitted beam.
◦Building the mirror frame into the support of the holder keeps the mount thin with a small footprint.
◦The small footprint allows more room to access the adjusters compared to regular kinematic mirror holders.
◦Includes alignment pin holes to accurately place mount in OEM instruments(φ3H7 except MHI-12.7, which is φ2H7).
| Name | Kinematic Center Mirror Mount Inch for 25.4mm Mirror |
|---|---|
| Weight | 0.1200kgs |
| Guide |
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| Attention |
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| Image Label | Kinematic Center Mirror Mount Inch for 25.4mm Mirror |
| Diameter | 25.4mm |
| Compatible Optics Diameter | φ25.4mm, φ25mm |
| Compatible Optics Thickness | 3 - 10mm |
| Clear Aperture | φ23mm |
| Reflected Clear Aperture<br> (45°Incidence) | φ15.5mm |
| Transmitted Beam Clear Aperture<br> (45°Incidence) | φ13mm *When light is transmitted through a BK7 plane parallel substrate of 3mm thickness. |
| Adjustment Range /Tilt | ±1.5° |
| Adjustment Range /Rotation | ±1.5° |
| Resolution /Tilt | about 0.4°/rotation |
| Resolution /Rotation | about 0.4°/rotation |
In stock
SKU
MHI-25.4-UU
$112.00
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The Kinematic Center Mount is designed to allow the mirror to be loaded from the rear, keeping the reflective front surface centered above the mounting hole.