Through the efficient heat exchange system of the unit itself, the dry gas (such as nitrogen, argon, or air) entering the device is cooled from the ambient temperature to a low-temperature constant temperature state, and the gas discharged from the equipment can reach the target low-temperature temperature.

According to different process requirements, the circulating liquid that controls the set temperature, pressure, and head flows through semiconductor process equipment, such as chuck discs (wafer chucks), loading stages, etc., to meet the temperature control requirements of the semiconductor process.

Direct cooling refrigeration machine is a device that directly outputs and evaporates refrigerant from a refrigeration system into a heat exchanger or control chamber element that requires temperature control, thereby rapidly cooling and maintaining a constant temperature of the target equipment

This type of device solves the local testing requirements that traditional high and low temperature boxes cannot meet, is convenient to move, and includes the following:

1. High and low temperature impact heat flux meter
2. Contact type high and low temperature impact machine
3. Thermal control chuck, tablet

This device uses semiconductor refrigeration chips (TEC) to achieve heating and cooling functions, with the advantages of small size, low noise, high thermal efficiency, and suitable for high-precision temperature control needs such as high-precision testing instruments and medical beauty equipment.

LCD panel testing equipment, also known as LCD constant temperature testing machine, flat panel display precision constant temperature machine, LCD flat panel constant temperature machine. Mainly used for precision temperature and humidity control in panel factories, wafer factories, and packaging and testing factories

Temperature control of double-layer reactors in the fields of chemical, pharmaceutical, and biological industries
Temperature control of distillation crystallization purification system
Temperature control of high-pressure reactor
Dynamic constant temperature control of cold and heat sources in a double-layer reactor
Temperature control of mixing tank
Thermostatic control of cold and heat sources in microchannel reactors
Temperature control of crystallization system

The probe station is the core component of a high-precision, high and low temperature probe station. Its main function is to connect the chip to the testing instrument, and measure the electrical performance of the chip and the operating status of specific functions through the interaction between the probe and the chip.

Applied to reliability tests such as characteristic analysis of components, high and low temperature temperature variation testing, temperature shock testing, failure analysis, etc

Temperature control of double-layer reactors in the fields of chemical, pharmaceutical, and biological industries
Temperature control of distillation crystallization purification system
Temperature control of high-pressure reactor
Dynamic constant temperature control of cold and heat sources in a double-layer reactor
Temperature control of mixing tank
Thermostatic control of cold and heat sources in microchannel reactors
Temperature control of crystallization system

A conductive heating and cooling system used for chip testing at temperature. Its main use is for wafer testing in the probe station.

Temperature control of double-layer reactors in the fields of chemical, pharmaceutical, and biological industries
Temperature control of distillation crystallization purification system
Temperature control of high-pressure reactor
Dynamic constant temperature control of cold and heat sources in a double-layer reactor
Temperature control of mixing tank
Thermostatic control of cold and heat sources in microchannel reactors
Temperature control of crystallization system

High and low temperature impact heat flux meter is an instrument used to test the reliability and stability of semiconductor chips in high and low temperature environments.

Various volatile chemical loading, chemical storage and transportation, and recovery of volatile VOCs gases generated by the chemical pharmaceutical industry
Oil and gas recovery in the refining tank area
◎ Industrial waste gas recovery and treatment
Polymer monomers generated during plastic and plastic processing
Printing waste gas, mainly composed of toluene, non-methane total hydrocarbons, ethyl acetate, ethanol, etc. that evaporate from ink
Spray paint exhaust gas

Controllable temperature -120 ℃ to -90 ℃

Temperature control of double-layer reactors in the fields of chemical, pharmaceutical, and biological industries
Temperature control of distillation crystallization purification system
Temperature control of high-pressure reactor
Semiconductor equipment cooling
Temperature control of mixing tank
Temperature control of crystallization system