Spatial Filter Holder
MSF-2
Spatial filters are optical instruments for eliminating distorted laser wavefronts and noise to emit beams in clean spherical waves. Used in optical systems such as interferometers and holograms where wavefront quality is critical.
◦Since the objective lens is fitted with a linear motion stage with screw to adjust focal point position, and the pinhole is fitted with a precision two-axis pinhole holder to adjust in-plane position, spot light of the laser will pass the pinhole with good reproducibility.
◦Have an overall tilt adjustment mechanism.
◦A well corrected achromatic in the output beam of the spatial filter can be used to collimate the filtered beam.
◦Have an overall tilt adjustment mechanism.
◦A well corrected achromatic in the output beam of the spatial filter can be used to collimate the filtered beam.
| Name | Spatial Filter Holder |
|---|---|
| Weight | 0.5300kgs |
| Guide | - |
| Attention | - |
| Image Label | Spatial Filter Holder |
| Objective Lens | OBL-10 |
| Compatible Incidence Beam diameter(1/e | φ1.0mm |
| Pinhole Diameter | φ25μm |
| Pinhole XY Adjustment Range | ±1.75mm |
| Objective Lens Front and Back Adjustment Range | ±5mm |
| Tilt Adjustment Range | ±7° |
| Pinhole XY Coarse resolution | 0.5mm/ rotation |
| Pinhole XY Scale MIN Reading | 0.0025mm/DIV |
| Objective Lens Front and Back resolution | 0.5mm/ rotation |
| Tilt Adjustment resolution | 0.54°/ rotation |
In stock
SKU
MSF-2
$1,366.00
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Spatial filters are optical instruments for eliminating distorted laser wavefronts and noise to emit beams in clean spherical waves. Used in optical systems such as interferometers and holograms where wavefront quality is critical.
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