Liquid Cold Plate Laser Welder for Data Center Cooling

In our projects, 1500W is often chosen for thinner cold plates and smaller cooling modules, 2000W fits mainstream aluminum cold plate production, and 3000W gives more margin for longer seams or copper-aluminum structures. The best choice still depends on your actual part drawing and weld route.

Yes, in many cases it can. If the parts follow similar loading logic and seam access requirements, one welder can cover both categories with matched fixturing and parameter setup.

Aluminum cold plates are the most common application, but the welder also supports copper-aluminum related structures. Final process settings should be confirmed according to material behavior and joint design.

That depends on part size, channel layout, and batch volume. Some projects run well with a standard plate fixture, while others benefit from custom support tools to improve repeat loading and seam consistency.

The most reliable way is to send your drawings or samples for review. We can then evaluate power selection, seam path suitability, fixture support, and overall production fit based on your actual cold plate structure.