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GST No. 07ASTPG2703P1ZAAsk for more detail from the seller
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The spatial filter assembly consists of a microscope objective, a pinhole aperture, and a positioning mechanism.
In order to produce a clean Gaussian beam, a spatial filter is used to remove the unwanted multiple-order energy peaks and pass only the central maximum of the diffraction pattern. In addition, when a laser beam passes through an optical path, dust in the air or on optical components can disrupt the beam and create scattered light. This scattered light can leave unwanted ring patterns in the beam profile. The spatial filter removes this additional spatial noise from the system.
Fixed Pinhole
Model No. | Microscope Objective | Pin Hole (micron) | Cost |
CSFA-F-10-25 | 10X | 25 | 32,000/- |
CSFA-F-20-15 | 20X | 15 | 36,000/- |
CSFA-F-40-10 | 40X | 10 | 40,000/- |
Detachable Pinhole
Model No. | Microscope Objective | Pin Hole (micron) | Cost |
CSFA-D-10-25 | 10X | 25 | 70,000/- |
CSFA-D-20-15 | 20X | 15 | 75,000/- |
CSFA-D-40-10 | 40X | 10 | 80,000/- |
| Model No. | MO | Pin hole (micron) |
|---|---|---|
| CSFA10 | 10X | 25 |
| CSFA20 | 20X | 15 |
| CSFA40 | 40X | 10 |
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