In modern industrial manufacturing and scientific research, temperature stability is more than a technical requirement—it's a decisive factor for equipment performance, product quality, and experimental accuracy. As a leading chiller manufacturer and chiller supplier, TEYU delivers advanced water-cooled cooling solutions designed for environments that demand extremely low noise and strict control over heat dissipation.
TEYU's water-cooled chillers combine precision temperature control, compact structure, and silent operation, making them ideal for laboratories, cleanrooms, semiconductor systems, and high-end medical equipment.
1. Key Models and Application Highlights
1) CW-5200TISW: Designed for cleanrooms and laboratory environments, this chiller model supports ModBus-485 communication and offers ±0.1°C temperature stability with a cooling capacity of 1.9 kW. It is widely applied in semiconductor laser processing machines and precision analytical instruments, ensuring stable laser output and reliable experimental results.
2) CW-5300ANSW: A fully water-cooled design with no fan, ensuring nearly silent performance. With ±0.5°C precision and 2.4 kW cooling capacity, it provides efficient cooling for medical devices and semiconductor equipment used in dust-free workshops, while minimizing heat release into the workspace.
3) CW-6200ANSW: This compact water-cooled chiller delivers a strong 6.6 kW cooling capacity and supports ModBus-485 communication.
It is engineered for high-heat medical and scientific applications, such as MRI and CT systems, offering stable, long-term cooling for large laboratory instruments and critical research equipment.
4) CWFL-1000ANSW to CWFL-8000ANSW Series: A specialized water-cooled chiller range tailored for 1–8 kW fiber laser systems. Featuring an independent dual-temperature, dual-water-circuit design and ≤1°C stability, these chillers ensure compatibility with mainstream fiber laser brands. Whether for micro-processing or thick-plate cutting, TEYU provides precise, reliable thermal management. The unified architecture and standardized components across the series guarantee consistent performance, interface uniformity, and ease of operation.
2. Advantages of TEYU Water-Cooled Technology
Compared with air-cooled chillers, TEYU's water-cooled chiller systems utilize closed-loop water circulation to remove heat efficiently, offering several standout benefits:
1) Ultra-Quiet Operation: Without fans, the chiller generates almost zero airflow noise or mechanical vibration.
This makes it ideal for laboratories, cleanrooms, semiconductor workshops, and medical environments where silence is essential.
2) Zero Heat Emission to Ambient Space: Heat is transferred through the water circuit instead of being released into the room, helping maintain stable ambient temperature and humidity. This prevents interference with other sensitive equipment and improves overall environmental control.
3. Key Selection Considerations
To choose the right industrial chiller for your application, consider the following:
1) Cooling Capacity Requirements
Evaluate the heat load of your equipment. A 10–20% performance margin is recommended to extend chiller lifespan and ensure efficient operation.
2) Temperature Stability
Different devices require different precision levels:
* Ultrafast lasers may require ±0.1°C
* Standard systems perform well with ±0.5°C
3) System Compatibility
Confirm pump head, flow rate, installation space, and electrical requirements (e.g., 220V). Compatibility ensures stable and long-lasting cooling.
4) Smart Control Features
For remote monitoring or integration into automated environments, choose models supporting ModBus-485 communication.
Conclusion
For laboratories, cleanrooms, semiconductor equipment, and medical imaging systems that demand quiet operation and highly stable temperature control, TEYU's water-cooled chillers offer a professional, reliable, and high-performance solution.
As an experienced chiller manufacturer and chiller supplier, TEYU continues to deliver advanced cooling technology that supports the precise and demanding workflows of modern industry and scientific research.
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