Industrial heat transfer modules and cooling mold
In the era of AI, with significant improvements in hardware performance, the issue of heat transfer becomes crucial. Metal 3D printing can assist in several ways:
1
Designing complex geometric structures to enhance heat conduction and transfer efficiency.
2
High durability of one-piece formed structures, more cost-effective.
3
Elimination of traditional manufacturing mold costs, enabling small-batch customization production.
4
Reducing material waste in alignment with global ESG policies.
Commonly used materials: Titanium alloy, aluminum alloy,
stainless steel, nickel alloy
Density: 99.995%
Product accuracy: ±0.05-0.1mm
Product thickness: ±0.2-0.4mm
Production size: 30 cubic centimeters
Rayvatek's technical team can also assist in product design and provide drawing suggestions.
Metal 3D Printing - Applications
