The 650 × 650 × 800 mm build volume supports large components, tall structures, and densely nested production batches—reducing part segmentation and subsequent assembly requirements.
Multiple 500 W lasers deliver a build rate of 10–25 cm³/h per laser, depending on material, part geometry, and process parameters, significantly shortening production cycles for large components.
A 55 L powder supply and two optional 350 L overflow containers support long-duration builds and large-volume production with fewer powder-handling interruptions.
Large internal channels, lattice structures, thin walls, and integrated geometries can be produced in a single build, reducing welds, fasteners, and potential assembly-related failure points.
Multiple 500 W lasers operate across the large build area to increase productivity while supporting consistent processing of large parts and batch layouts.
Scan repeatability of ≤2 μrad, 99.9% linearity, and scanning speeds of up to 10 m/s provide precise laser positioning across the full build area.
Z-axis positioning accuracy of <±0.03 mm supports dimensional consistency during tall builds and long production cycles.
A flexible recoater blade supports both one-way and two-way powder spreading, enabling uniform powder layers across the 650 × 650 mm build platform.
Produces large titanium-alloy and nickel-based-superalloy components with internal channels, lightweight lattices, and integrated structures—reducing part count and assembly requirements.
Supports large flow components, heat-transfer structures, turbine components, and other high-performance parts for demanding energy applications.
Enables large prototypes, lightweight structural components, integrated thermal-management parts, and low-volume performance components without dedicated tooling.
Manufactures large molds, tooling inserts, flow components, fixtures, and complex functional parts while reducing machining, welding, and assembly processes.
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.
