Non liquid nitrogen variable temperature optical thermostat

Non liquid nitrogen variable temperature optical thermostat

Ultra compact liquid nitrogen free optical thermostatIt is a device used for conducting low and high temperature optical experiments. Using Joule-Thomson micro refrigeration platform, no liquid refrigerant required to provide70K—730KThe temperature range. Temperature stability can reach±0.1KThis platform has no mechanical vibration or electronic noise, making it an ideal choice for any vibration sensitive application. The optical thermostat adopts a sleeve shape, making sample loading very simple and fast. Optical experiments such as reflection, refraction, transmission, and Raman spectroscopy can be conducted at low temperatures.

Non liquid nitrogen variable temperature optical thermostat

Non liquid nitrogen optical low-temperature thermostat, optical variable temperature thermostat, optical low-temperature thermostat, ultra-low temperature TEC, ultra-low temperature refrigerator, low-temperature temperature control system,joule-Thomson cooler

Widely used in low-temperature optical experiments. For example, experiments on reflection, refraction, transmission, Raman spectroscopy, etc.

This device uses Joule-Thomson micro coolerTemperature regulation without the need for liquid refrigerant, with a variable temperature range of up to70K-730KThe temperature stability can reach±0.1KThe platform can accept sample sizes of14mm´10mmAnd without mechanical vibration or electronic noise, it is an ideal choice for any vibration sensitive low-temperature application.

In optical experiments, there are usually several key factors, such as the material of the window and the distance between the window and the sample surface. To meet the needs of different experiments, we can provide different window materials and sizes, as well as suitable cavities and different working distances. The vacuum chamber adopts a sleeve shaped or opening and closing design, allowing users to easily access the sample and easily switch between samples. In addition, this design takes up very little space and is an ideal product for installation on a microscope platform.

uProduct Features

• High temperature stability
• Low mechanical vibration
• modular design
• compact and small
• low power consumption
• Window materials of different materials can be selected
• Using Joule Thomson platform, no liquid refrigerant

uMain applications

Can be integrated into an optical system, such as Raman spectroscopy, fluorescence imaging, infrared detection, transmission and absorption research, etc

Biological samples, material research, nanotechnology, environmental control box research, etc.

uMain parameters