The 300 × 300 × 400 mm build volume accommodates large thermal components, taller structures and multiple parts within a single production cycle.
Green-laser processing supports pure-copper parts with forming densities up to 99.9%, providing a reliable foundation for thermal applications.
Microchannels, TPMS structures, fins, manifolds and variable-cross-section flow paths can be integrated into a single component.
A 40 L powder supply, optional 40 L external hopper and 60 L overflow capacity support longer builds and continuous production workflows.
The 500 W green-laser architecture supports efficient energy coupling with pure copper for stable, high-density manufacturing.
Complex channels, thin fins, TPMS structures and internal manifolds can be formed directly, reducing joining and assembly requirements.
Scan repeatability of ≤2 μrad and Z-axis positioning accuracy of <±0.03 mm support consistent forming across the large build volume.
Build-plate preheating up to 200°C with ±0.1°C temperature stability supports controlled pure-copper processing.
Creates compact microchannel cold plates with optimized flow paths—helping dissipate high heat loads and reduce localized hot spots.
Supports customized liquid-cooling components for high-performance servers, computing modules and data-center infrastructure.
Enables compact heat exchangers with thin fins, increased surface area and optimized internal flow distribution.
Manufactures integrated cooling components for power electronics, energy storage, charging equipment and high-power industrial systems.
The company has various laser additive manufacturing and remanufacturing equipment, which can form a variety of materials. The components meet the dental technical specifications, and the size covers all particle sizes.
Have questions about our metal 3D printing systems or solutions? Tell us about your application and requirements. Our team will get back to you within 24 hours.
The company has various laser additive manufacturing and remanufacturing equipment, which can form a variety of materials. The components meet the dental technical specifications, and the size covers all particle sizes.
