Jice Temperature-Controlled Compressor Chiller: Temperature control accuracy of ±0.002℃, setting a new benchmark for high-end manufacturing temperature control.


Release time:

2025-12-22

The precise temperature control capability of Jice’s ambient-temperature compression chiller provides stable cooling assurance for high-end manufacturing.

In high-end manufacturing fields—such as chip semiconductors and precision optics—that are extremely sensitive to temperature, Jice Constant-Temperature Compression Chiller With a temperature control accuracy of up to ±0.002℃, it breaks through the temperature control standards in the high-end manufacturing industry.
 
Core Advantage: Independently developed high-precision temperature control technology.
 
1. Independently developed technology achieves the highest. ±0.002℃ Water outlet temperature stability, with a temperature range coverage. 5℃-35℃
2. Support Customized design Covering diverse scenarios and enabling milli-Kelvin-level temperature control precision to be effectively implemented across various high-end manufacturing applications.
3. Comprehensive multi-dimensional safety protection, featuring advanced safety features such as overload protection for device configuration, liquid-level monitoring, and leakage detection.
 
Specification Matrix: Nanometer-Level Temperature Control Accuracy Shared Across the Entire Series
Jice’s ambient-temperature compression chiller offers two major series: “High-Precision Model” and “Standard Model.” Parameters such as cooling capacity, flow rate, and interface dimensions can be customized to meet the specific requirements of different user applications and operating conditions.
 
Application scenarios: Empowering six high-value sectors
The precise temperature-control capability of Jice’s ambient-temperature compression-chillers provides stable cooling support for high-end manufacturing. Among these, the high-precision models are specifically designed to deliver precise cooling control for heat-generating components in semiconductor manufacturing equipment, laser devices, optical equipment, and other similar applications. The standard models are tailored for industries such as electroplating, plastic molding, and chemical processing.
 

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