PM1 Installation and Pockels Cells Mounting Stand
Description
The PM1 Installation Stage and Pockels Cells Mounting Stand are essential components for the installation and mounting of Pockels Cells in optical systems. The PM1 Installation Stage is designed for the new PM1 series of Pockels Cells with a diameter of 25.4mm.
On the other hand, the Pockels Cells Mounting Stand is specifically designed for the installation of Pockels Cells from the HPR series with a diameter of 35mm. These mounting accessories offer precise adjustment capabilities and reliable stability for Pockels Cells integration in various experimental setups.
PM1 Installation and Pockels Cells Mounting Stand
Specifications |
|
|---|---|
| Adjust Angles, Tilts And Tip: | ±3.5 ° |
| Rotate Along The Z-ax: | 180° |
| Adjusting Screw Threa: | M6 × 0.25 |
| Screw Sensitivity (: | 0.5 |
| Diameter: | 25.4 mm |
Features
- Diameter: 25.4mm
- Adjustable angles, tilts, and tips (±3.5°)
- 180° rotation along the z-axis
- Adjusting screw thread: M6 × 0.25
- Screw sensitivity: 0.5μm
Applications
- Integration of Pockels Cells in optical setups
- Laser beam modulation and polarization control experiments
- Electro-optic research and applications
For pricing, technical or any other questions please contact the supplier
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- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
China
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Sold by:
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On FindLight:
since 2023
Frequently Asked Questions
The PM1 Installation Stage and Pockels Cells Mounting Stand are used for the installation and mounting of Pockels Cells in optical systems.
The diameter of the PM1 Installation Stage is 25.4mm.
The PM1 Installation Stage allows for adjustable angles, tilts, and tips of up to ±3.5°. It also has a 180° rotation along the z-axis.
The Pockels Cells Mounting Stand is designed for Pockels Cells from the HPR series with a diameter of 35mm.
The PM1 Installation Stage and Pockels Cells Mounting Stand are suitable for the integration of Pockels Cells in optical setups, laser beam modulation and polarization control experiments, and electro-optic research and applications.