Liquid Cooling Manufacturing: Laser Processing, Helium Testing & Automation

Cold plates, manifolds, tube joints and CDU-related metal assemblies have different joining and inspection tasks. Copper and aluminum cold plates need material-specific decisions; manifold branches add three-dimensional access and fixture challenges. Use the application guides to follow a complete route, then open a technical guide for detailed decisions.

AI server and data-center components are the main application route here. Battery, energy-storage and power-electronics cooling components can share selected process principles, while their geometry, materials and qualification requirements remain separately defined.

IR–IR, IR–Blue and IR–Green are source-combination choices; annular and core-ring are spatial beam-distribution choices. Compare them with the actual material, surface, joint, optics and fixture. The technical library separates these dimensions so a procurement team can evaluate what a configuration really contains.

Start with the source-selection guide for a comparison framework, then use each hybrid guide to build a focused trial. Retain beam-profile evidence, recipe identity and the conditions under which weld and leak-test results were produced.

Choose a single machine, an application workstation or an integrated line according to the manufacturing task. The equipment routes below cover copper cold plate welding, manifold and tube-joint welding, integrated welding and helium testing, whole-part vacuum testing and local sniffer inspection.

For an enquiry, provide the controlled drawing, representative parts, material and coating information, required inspection and production sequence. Use the qualification guide to distinguish weld quality, leakage, strength, flow, thermal performance and line acceptance. Each decision should lead to a verifiable requirement rather than a machine-power comparison alone.