Improve the performance and reliability of your medical devices with advanced liquid cooling modules. These cutting-edge cooling solutions provide precise thermal management, ensuring optimal operation even in demanding medical environments. Ideal for diagnostic imaging equipment, surgical instruments, patient monitoring systems, and laboratory equipment, liquid cooling modules help maintain consistent performance and extend the lifespan of your devices. Experience enhanced efficiency and reliability with state-of-the-art cooling technology.






Enhance Medical Device Efficiency with Advanced Liquid Cooling Modules
- High capacity tank can storage much more coolant to keep the lifetime be longer.
- Compact design on optimized density, no expanding the internal structure of case.
- Dual cold plates type in parallel.
- Flow in Parallel to keep the uniform temperature.
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Enhance Medical Device Efficiency with Advanced Liquid Cooling Modules Description
1. High Cooling Efficiency: Capable of handling significant thermal loads, ensuring optimal performance for high-power medical devices
2. Pure Copper Construction: Utilizes pure copper for excellent thermal conductivity and durability, enhancing heat transfer efficiency
3. Compact Design: The integrated system is designed to fit seamlessly into medical devices, optimizing space without compromising cooling performance
4. Minimal Maintenance: The closed-loop system is sealed and requires minimal maintenance, reducing downtime and operational costs
Advanced Liquid Cooling Modules Data Sheet
Pump | Model | A2 |
Voltage | 12V | |
Speed | 4000RPM | |
Radiator | Dimensions | 517x284x94.2mm |
Material | Aluminum | |
Tube | Dimensions | Φ13x450mm |
Material | EPDM |
Advanced Liquid Cooling Modules Applications
1.
Diagnostic Imaging Equipment: Ensures reliable performance and longevity of MRI and CT scanners by maintaining optimal operating temperatures.
2.
Surgical Instruments: Provides precise temperature control for devices like lasers and electrosurgical tools, enhancing safety and effectiveness.
3.
Patient Monitoring Systems: Improves the accuracy and reliability of continuous monitoring devices by preventing overheating.
4.
Laboratory Equipment: Enhances the performance of centrifuges, incubators, and other lab instruments that require stable thermal conditions.