Gimballed Mirror Holder / MHAN-50.8M-UU
Gimballed mirror mounts for arbitrarily adjusting the mirror angle with its reflection surface is aligned at rotation center. Useful to manipulate laser beam path or change direction of reflected beam.
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Part Number
MHAN-50.8M-UU
¥27,000
◦IGimball mechanism with coarse/fine switching knob enables fine adjustment of mirror at arbitrary angle.
◦IMirror is hold with retaining ring screw from rear side. A point of reflection at front side of mirror is unchanged in regard to orientation and thickness of mirror.
◦IMicrometer head is used for realizing easy operation and smooth angle adjustment.
◦IMirror is hold with retaining ring screw from rear side. A point of reflection at front side of mirror is unchanged in regard to orientation and thickness of mirror.
◦IMicrometer head is used for realizing easy operation and smooth angle adjustment.
| Catalog Code | W4508 |
|---|---|
| RoHS | No |
| CE | No |
| CAD data | |
| Guide | ▶The RO-20-60 post (diameter φ20mm, length 60mm) is included but it can be replaced with other sizes. Special tools are required to remove the post. Different sized post can be specified at the time of purchase. ▶for A vertical Gimbal mirror mount (BSHL) makes possible to adjust low light axis is available, please see (WEB Reference Catalog Code/W4012). ▶High stability kinematic mirror holder (MHG-NL) for Low light axis is available. (WEB Reference Catalog Code/W4001) ▶High precision adjustment with micrometer head mirror holder (MHAN-DM) is available. (WEB Reference Catalog Code/W4010). |
| Attention | ▶When using the beam splitter at 45 degres, the transmitted light can be blocked by the frame of the mirror holder. To avoid this situation, use MHG (WEB Reference Catalog Code/W4001) or MHAN (WEB Reference Catalog Code/4010). |
| 3D_CAD | |
| Weight | 0.55kg |
| Compatible Optics Diameter | φ50.8mm |
| Compatible Optics Thickness | 3 - 11mm |
| Fine-Adjustment Range /Tilt | ±4° |
| Fine-Adjustment Range /Rotation | ±4° |
| Resolution /Tilt | about 0.35°/rotation |
| Resolution /Rotation | about 0.48°/rotation |
