Cryogenic Optical Station

Describe：This is a compression refrigeration optical station independently developed by Congtical, with an operating temperature range covering 6K to 330K. Specifically designed for optical and electrical experiments under extreme low-temperature environments, the device can be applied in research fields such as low-temperature Raman, quantum optics, semiconductor industry, MEMS, superconductivity, electronics, physics, and materials science. The system adopts compression refrigeration technology, requiring no liquid helium and with vibration below 100nm. It is equipped with an automatic temperature control module to realize one-click temperature change operation. It is compatible with microscopy, spectral measurement, and scanning probe technology, and can be integrated with optional components such as low-temperature piezoelectric displacement stages, optical fiber assemblies, and electrical connectors. The device has been deployed in the Lanzhou Institute of Chemical Physics, Chinese Academy of Sciences, and the Chongqing Institute of Materials.

Model：GM-6K-SM
Manufacturer：Congtical
Update time：2024-1-26
Visits：2655

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Introduce

1.Production introduction

This is a compression refrigeration optical station independently developed by Congtical, with an operating temperature range covering 6K to 330K. Specifically designed for optical and electrical experiments under extreme low-temperature environments, the device can be applied in research fields such as low-temperature Raman, quantum optics, semiconductor industry, MEMS, superconductivity, electronics, physics, and materials science.

The system adopts compression refrigeration technology, requiring no liquid helium and with vibration below 100nm. It is equipped with an automatic temperature control module to realize one-click temperature change operation. It is compatible with microscopy, spectral measurement, and scanning probe technology, and can be integrated with optional components such as low-temperature piezoelectric displacement stages, optical fiber assemblies, and electrical connectors. The device has been deployed in the Lanzhou Institute of Chemical Physics, Chinese Academy of Sciences, and the Chongqing Institute of Materials.

2.Product features

(1) Adopts a suspended vibration isolation design (the vibration of the sample stage is less than 100nm),The chamber is small in size and can be easily integrated into equipment such as microscopes and Raman spectrometers.

(2) Related accessories is abundant,including low-temperature piezoelectric displacement stages, optical fiber components, electrical

connectors, windows of different materials, etc.

(3) It can be widely used in the fields of semiconductor industry, MEMS, superconductivity, electronics, ferroelectronics, materials science and materials science.

3.Product parameter

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Cryogenic Optical Station

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