High-Precision Low-Temperature Bath

The high-precision cryogenic bath employs a low-noise, fully enclosed compressor unit paired with cryogenic refrigerant for rapid cooling control. High-power heating modules provide heating control, achieving constant temperature regulation through fuzzy logic and PID algorithms based on target temperature values. An axial stirring device enables both internal and external circulation, ensuring uniform temperature distribution and creating a secondary constant-temperature zone.

This high-precision cryogenic bath efficiently delivers rapid, high-accuracy temperature stabilization and insulation for scientific research, manufacturing, and related fields. It supports expansion for secondary temperature-controlled environments and finds extensive application across physics, biology, medicine, chemistry, zoology, forensic science, food processing, and health supplement industries.

• This unit employs a low-noise, air-cooled, fully enclosed compressor for rapid cooling and exceptional temperature stability.

• Industrial embedded operating system with ARM core control circuit design ensures rapid response to operations.

• Precise temperature control algorithm integrates Class A temperature sensors with fuzzy logic PID control.

• Dual internal/external circulation system enables creation of a secondary constant-temperature zone or serves as a cold source for external experimental vessels.

• Integrated protection systems including overheat and overcurrent protection, along with upper/lower temperature limit alerts.

• True-color touchscreen control system for simple, convenient operation with powerful functionality.

• Equipped with a printer for instant printing of experimental data.