Search intent
Engineers searching for cold plate manufacturing need sealing, flatness and flow-path geometry handled together — not as separate problems.
Direct answer
Orvexyn manufactures CNC cold plates, liquid cooling manifolds and CDU enclosures, holding flatness at the thermal interface and sealing geometry for liquid integrity.
cold plateliquid cooling manifoldCDU enclosurequick-connect fittingflow channelleak test
The engineering problem
A cold plate fails in two ways: it under-cools, or it leaks. Both are decided by design choices that machining and joining must respect.
Typical engineering difficulties
- Flatness and surface quality at the thermal interface
- Sealing geometry for fittings, gaskets and O-rings
- Flow path and channel geometry versus pressure drop
- Mixed-material joining without compromising integrity
Quality / inspection focus
- Thermal interface flatness
- Seal-groove geometry and finish
- Pressure and leak integrity
- Fitting thread condition
Materials that may be involved
Aluminum 6061CopperBrass fittingsStainless steel
Processes that may be involved
CNC milling of channels and pocketsBrazing and joiningDrilling and port machiningSurface finishingAssembly and leak checking
Related capabilities
Related solutions
What to send us
- Cold plate / manifold drawing or CAD
- Heat load and allowable pressure drop
- Fitting and quick-connect specification
- Volume and target cost
Start a Project
Send a drawing, CAD, sample or the problem itself to the Manufacturing Desk.