Spectrometer/Optical Thermal Stage/Capillary Sample CH600-C

As a key equipment for studying optical performance in variable temperature environments, the optical application cold and hot stage is widely used in fields such as materials science, semiconductor physics, optoelectronic devices, nanotechnology, biophotonics, minerals, etc. It precisely controls the sample temperature and tests its optical properties in real time (such as microscopic images, fluorescence, Raman, refractive index, luminous efficiency, etc.).

This series of products has a wide range of precise temperature control capabilities from 4K to 1700 ℃. Based on the target temperature and application characteristics, various cutting-edge temperature control solutions including liquid helium refrigeration, liquid nitrogen refrigeration, thermoelectric refrigeration, resistance heating, infrared heating, laser heating, etc. are integrated to provide strong support for complex temperature change experiments.

At the same time, we provide multilingual SDKs (such as Labview, C #, etc.) to empower customers to achieve efficient customized integration.

Fruit Instrument CH600-C:Temperature range -120 ℃~600 ℃, temperature stability ± 0.1 ℃, capable of achieving precise temperature control in multiple modes including fixed-point, slope, and program segments.

Used for temperature control of capillaries and internal samples, the capillaries pass through the core body. This module is carefully designed and manufactured to minimize the temperature difference of capillaries, and uses bright field microscopy, infrared microscopy, or Raman microscopy to study the relationship between sample performance and temperature.

Optical cooling table CH600-CFeatures:

• Temperature range: -120 ℃~600 ℃

• Temperature stability: ± 0.1 ℃

• Supports reflection/transmission modes

High precision temperature control

Professional temperature control software

• Support customization

Optical cooling table CH600-Cparameter