Cage Two Axis Holder with Tilt
C30-ALH5-25.4
Tilt adjustment is added to Cage cross movement holder. It can be used as a device holder to adjust the positioning of the optics requires centering.
◦C30-ALH can be placed in the center of the cage since holes for rods passes through the holder.
◦The tilt mechanism has a three-axis adjustment knob for fine adjustment of the optics in the optical axis direction.
◦The cross movement mechanism is equipped with a clamp to fix the center position of the optics after adjustment. It can be assembled with the base with M4 rods.
◦The tilt mechanism has a three-axis adjustment knob for fine adjustment of the optics in the optical axis direction.
◦The cross movement mechanism is equipped with a clamp to fix the center position of the optics after adjustment. It can be assembled with the base with M4 rods.
| Name | Cage Two Axis Holder with Tilt |
|---|---|
| Weight | 0.2000kgs |
| Guide |
◦C30-ALH can be placed in the center of the cage since holes for rods passes through the holder. ◦The tilt mechanism has a three-axis adjustment knob for fine adjustment of the optics in the optical axis direction. ◦The cross movement mechanism is equipped with a clamp to fix the center position of the optics after adjustment. It can be assembled with the base with M4 rods. |
| Attention | ▶The adjustment mechanism is not equipped with a clamp to fix the adjustment status. |
| Primary material | Aluminum |
| Guide Rod Diameter (Spaceing between rod) | φ6mm (30x30mm) |
| Compatible Optics Diameter | φ25.4mm |
| Compatible Optics Thickness | - 9mm |
| Clear Aperture | φ22mm |
| Adjustment range /Cross-movement | φ2mm |
| Resolution / Cross-movement | 0.25mm/rotation |
| Adjustment Range /Tilt | ±3° |
| Adjustment Range /Rotation | ±3° |
| Resolution /Tilt | 0.32°/rotation |
| Resolution /Rotation | 0.32°/rotation |
| Installation | Slide from the end of rods |
In stock
SKU
C30-ALH5-25.4
$336.00
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Tilt adjustment is added to Cage cross movement holder. It can be used as a device holder to adjust the positioning of the optics requires centering.