Heating and cooling cycle machine

The precision temperature control chiller-heater unit dedicated to the semiconductor industry is a key process equipment integrating heating, cooling and closed-loop temperature control. It can achieve precise temperature control within ±0.05℃ to ±0.1℃ in a wide range of -100℃ to +300℃, providing a stable thermal environment for processes such as lithography, etching, doping and packaging testing, which directly affects the yield and performance of chips.

The heating-cooling all-in-one unit serves as a critical temperature control device in the semiconductor industry, primarily providing accurate and stable temperature regulation for process equipment and workpieces during semiconductor production and testing to guarantee process yield and product performance.

The intelligent PLC-controlled heating and cooling integrated machine for chemical polymerization is a high-precision temperature control device that integrates heating, cooling, circulation and intelligent control. The core of this device achieves wide temperature range control (typically -80℃ to 300℃) with ±0.1℃ accuracy through PLC + touch screen + PID algorithm. It is designed to meet the core requirements of polymerization reactions with intense heat release, multi-stage temperature control, and prevention of "thermal runaway / dead reactor". This equipment is a key process device for polymer synthesis.

The equipment adopts a "double circulation + intelligent linkage" design. Through the coordinated operation of the refrigeration system, heating system, circulation pipelines and intelligent control system, it achieves precise temperature regulation.

A heating and cooling all-in-one-unit is an industrial temperature control device that uses water as the heat transfer medium and can simultaneously achieve heating, cooling, and precise temperature control.