• ✔️ Custom liquid cooling cold plates for AI servers
• ✔️ Copper and aluminum thermal management components
• ✔️ Precision CNC machining for internal cooling channels
• ✔️ Solutions for GPU, CPU and high-power modules
• ✔️ Prototype development and production support

The increasing computing power of AI servers creates significant thermal challenges. Traditional air cooling solutions are becoming insufficient for high-density GPU systems.We provide advanced AI liquid cooling cold plate solutions designed to improve heat transfer efficiency and maintain stable operation of next-generation computing equipment.

E-MAIL:info@hms1688.com

Liquid Cooling Cold Plate Manufacturing

Liquid cold plates are critical thermal components in AI servers and high-performance computing systems.By circulating coolant through precision-designed channels, cold plates directly remove heat from high-power chips and improve overall system efficiency.

Precision Cooling Channel and Thermal Structure Design

Our manufacturing capability supports complex thermal structures including internal channels, copper heat transfer plates and aluminum cooling assemblies.Precision machining helps achieve accurate channel dimensions, surface flatness and reliable sealing performance.

Copper and Aluminum Cooling Components

Different applications require different thermal materials.Copper provides excellent thermal conductivity for high-performance cooling, while aluminum offers lightweight advantages and efficient heat dissipation.

Manufacturing Capabilities

• ✔️ CNC machining for precision cooling channels
• ✔️ Copper and aluminum processing
• ✔️ Surface finishing and anodizing
• ✔️ Thermal structure assembly support
• ✔️ Prototype to mass production capability

Applications

• AI GPU servers
• Data center cooling systems
• High performance computing
• Power electronics
• Energy storage systems
• EV charging equipment

We strictly protect customer drawings and technical data.NDA support is available for confidential AI cooling projects.
E-MAIL:info@hms1688.com