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THERMAL MANAGEMENT

CNC Machining for Liquid Cold-Plate Components

Cold-plate bases, flow-channel features, mounting faces and ports machined to your thermal design. Define the component machining scope separately from joining, leak testing and thermal validation.
Nickel-plated copper cold plate with exposed coolant channels, a third-party liquid-cooling example
LIQUID COOLING / CHANNEL MACHINING
APPLICATION FOCUS

Define the cold-plate features to machine.

Bases & flow channels

Specify the channel width, depth, radii and cover interface in your model and drawing.

Contact & mounting faces

Identify the thermal contact area, mounting holes, flatness and finish requirements.

Ports & sealing interfaces

Define inlet/outlet positions, threads, seal grooves and connections to the rest of your cooling assembly.
ENGINEERING REVIEW

Machined components or a complete cold plate?

This service page covers CNC-machined components to your supplied design. A complete cold plate can involve additional joining, sealing and validation: list those operations separately in the RFQ.
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  • 3D model, channel section and coolant compatibility requirements
  • Flatness, contact area, sealing and port specifications
  • Joining method and pressure or leak-test acceptance criteria
Brazing, welding or bonding, leak/pressure testing and thermal performance validation are not included by default. Any additional supply scope must be separately reviewed and confirmed in the quotation.

Request a quote for your component.

Share the model, material and quantity. Let’s review the manufacturing requirements together.