Daegun Tech manufactures build-to-print metal components using Laser Powder Bed Fusion across a full range of alloys—titanium, nickel superalloys, stainless steel, aluminum and pure copper.
Our process starts with a DFM/DFAM review where we check minimum walls, overhangs, lattice rules and powder removal paths, then prepare data in Magics with the Materialise Build Processor to keep slicing, support design and exposure parameters consistent. Parts are printed on calibrated systems with x-layer thickness from 0.03 to 0.12 mm, followed by stress relief, support removal and, where appropriate, HIP, precision machining and surface finishing such as bead blast, anodize or passivation.
Typical dimensional accuracy is ±0.05–0.20 mm depending on geometry and alloy; density targets and roughness values are agreed at quotation. We provide full lot traceability to powder batch, maintain traveler records, and can supply FAIR/Delta FAIR, CoC, chemical/mechanical test results and NDT (X-ray/CT or dye-penetrant) on request. Applications span aerospace and defense brackets, RF waveguides and shields, semiconductor thermal hardware, medical instruments and conformal-cooled mold inserts.
For prototyping, lead times are often 2–4 weeks; low-rate production is typically 4–8 weeks depending on post-processing and inspection scope. Finished parts are protected with VCI film, foam and export-grade wooden crates.
By combining design freedom with controlled quality gates, our PBF service helps you consolidate assemblies, reduce weight and move from concept to reliable, repeatable parts with fewer suppliers and shorter schedules.