Core Advantages of Precision Chillers and Industry Applications of Jice High-Precision Water Cooling Units


Release time:

2025-06-25

From the nanometer-level temperature control of semiconductor wafers to the continuous cooling of metallurgical blast furnaces, Jicai's high-precision water-cooled chillers are breaking through application boundaries in multiple industries with technological innovation.

In the advanced development of contemporary industrial manufacturing and scientific research, precision chillers have become a key temperature control medium for ensuring the stable operation of core equipment. With their differentiated technical characteristics, they continuously provide systematic solutions for high-precision temperature control scenarios in multiple industries. Produced by Jicen (Nanjing) Technology Co., Ltd., an industry technology leader, high-precision water-cooled chillers redefine the application boundaries of precision temperature control equipment with breakthrough technical indicators and industry adaptability.

 

I. Nanometer-level temperature control accuracy: overcoming temperature-sensitive challenges in high-end manufacturing

The core advantage of precision chillers lies in their extreme control over water temperature fluctuations. Conventional models have achieved a temperature control accuracy of ±0.1℃, meeting the basic temperature control needs of electronic component production, etc. However, Jicen units have improved the accuracy to ±0.002℃ through self-developed temperature control technology. This indicator allows it to avoid photoresist curing deviations caused by temperature fluctuations in semiconductor wafer etching processes—an application example of a 14nm chip production line shows that this accuracy ensures that the etching line width error is <5nm. In the field of optical instrument processing, Jicen units provide stable water temperature for coating equipment, ensuring that the consistency of lens optical parameters reaches ±0.1%.

Industry Application Scenarios
  • Semiconductor packaging and testing: In the flip-chip process, the chip welding temperature needs to be stable at ±0.05℃. Jicen units improve the reliability of solder joints through ultra-precise temperature control.
  • Medical imaging equipment: The superconducting magnet cooling system of nuclear magnetic resonance requires water temperature fluctuations ≤±0.01℃ to avoid magnetic field strength attenuation affecting imaging quality.

 

II. Intelligent energy-saving architecture: the core carrier of energy efficiency optimization in multiple industries

Modern precision chillers achieve energy-saving breakthroughs by optimizing the refrigeration cycle. Jicen units PLC constant temperature control dynamically adjust the cooling capacity in the intermittent operation mode of electroplating production lines—after a certain automobile parts electroplating company applied the SL-2000 model, the monthly power consumption was significantly reduced compared to traditional equipment. In photovoltaic component production, the unit and lamination equipment are linked to control, reducing the comprehensive energy consumption of the battery cell cooling process by 15%-20%, meeting the low-carbon production needs of the new energy industry.

 

Energy-saving technology industry adaptation
  • Food cold chain processing: The pre-cooling stage of the quick-freezing tunnel automatically adjusts the power according to production capacity, avoiding energy waste caused by frequent starts and stops.
  • Chemical reaction kettle temperature control: Through PID algorithm optimization, the polymerization reaction temperature control and refrigeration system energy consumption reach the best balance.

    III. Full-cycle reliable design: temperature control guarantee for continuous operation in heavy industry
The stability of Jicen units is built on a three-pronged protection system: Songyang brand compressors meet the continuous operation requirements of the metallurgical industry 24×365h; 316L stainless steel plate heat exchangers have a lifespan 1.5 times longer than ordinary models in corrosive chemical environments; the integrated leakage detection system has a response time of <0.5 seconds, successfully avoiding shutdowns caused by pipeline leaks in a certain lithium battery production line.

 

High-reliability scenario applications
  • Aerospace component processing: The main shaft cooling of five-axis linkage machine tools requires equipment MTBF ≥10000h.
  • Biopharmaceutical fermentation tank temperature control: Water temperature fluctuations exceeding ±0.5℃ during cell culture will cause bacterial inactivation, and the dual-redundancy temperature control system provides double protection.

 

IV. Compact modular design: installation optimization for space-constrained scenarios

Jicen units adopt a compact architecture. The volume of the SL-0150 model (500×800×1500mm) is only 60% of that of traditional equipment, making it easy to embed under the experimental table of a university's nanomaterials laboratory. In electronic clean rooms, the cold-rolled steel spray-painted shell that meets the ISO 5 standard can be directly installed in the Class 100 clean area. A certain PCB circuit board factory quickly completed the parallel expansion of the SL-3500 model through the DN32 interface, taking only 4 hours.

 

Space-adaptable industries
  • Research institutes: Miniaturized design adapts to the limited space of laboratories, supporting the simultaneous operation of precision experiments such as spectral analysis.
  • Data centers: Row cooling scenarios meet ISO 11640 noise level requirements, operating below 55dB without interfering with server clusters.

 

V. Industry 4.0 interconnection capabilities: intelligent manufacturing temperature control nerve nodes

A large-size color touch screen is used to display all information, showing the changes in real-time water temperature in the form of curves. Large-capacity historical data storage, configured with USB and Ethernet interfaces, facilitates the export of historical data. Supports MODBUS TCP/IP protocol for real-time online data detection. Configured with overload protection, liquid level monitoring, and leakage detection, etc., to make the equipment safer and more stable.

 

From nanometer-level temperature control of semiconductor wafers to continuous cooling of metallurgical blast furnaces, Jicen high-precision water-cooled chillers are breaking through the application boundaries of multiple industries with technological innovation. For exclusive temperature control solutions in electroplating, electronics, plastics, etc., please call 400-023-8880 or visit the website http://www.jicenj.com The technical team will provide full-process support from working condition analysis to system integration.

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