Liquid Cold Plate Laser Welding Machine for Data Center Cooling

The standard focus of this model is aluminum cold plates and copper-aluminum related cold plate structures. These are the most common material directions in data center cooling and thermal plate production. Final parameters should still match the actual part drawing and joint design.

2000W is often suitable for mainstream aluminum cold plate work and regular batch production. 3000W is more commonly selected when the weld route is more demanding, the structure is more complex, or copper-aluminum parts need more process margin. Sample evaluation is the best way to confirm.

Yes. That is one of the main reasons we use a platform layout on this model. It allows direct plate loading, clearer support logic, and better access to longer seam paths when the fixture setup is appropriate.

Yes. If your cold plate program includes downstream validation requirements, please tell us before testing. We can then review the welding route and sample plan according to your actual part structure and process target.

Yes. Standard plate fixtures and custom cold plate holding tools are both available according to your part size, channel structure, and production rhythm. Proper support is often important for flat thermal parts.