Direct Metal Laser Sintering (DMLS) and Selective Laser Melting (SLM) for aerospace‑grade titanium, lightweight aluminum, and durable stainless steel parts. Complex geometries, zero tooling.
We operate state‑of‑the‑art DMLS/SLM machines that fuse metal powder layer by layer, producing fully dense functional parts with mechanical properties comparable to wrought materials.
Internal channels, lattice structures, and organic shapes impossible with CNC machining. Design freedom without tooling constraints.
Topology‑optimized structures reduce weight by 40–60% while maintaining strength. Critical for aerospace and motorsport.
Combine multiple components into a single printed part. Reduce assembly time, fasteners, and potential failure points.
Same process for prototypes and end‑use parts. Scale from 1 to 1,000+ without retooling. Agile manufacturing.
We stock a comprehensive range of certified metal powders, each with full material traceability and test reports.
Need a specific alloy not listed? Contact our team.
Lightweight brackets, turbine components, fuel nozzles, and structural parts. Certified to AS9100 standards.
Patient‑specific titanium implants, spinal cages, and dental frameworks. Biocompatible and FDA‑approved materials.
Lightweight suspension components, cooling ducts, and exhaust parts. Rapid iteration between race weekends.
Conformal cooling inserts, injection mold cores, and jig/fixture components with integrated cooling channels.
We orient your part, add support structures, and slice the model. Build parameters are optimized for density and surface finish.
High‑power fiber laser selectively melts metal powder in 30–60µm layers. Inert argon atmosphere prevents oxidation.
Parts undergo thermal treatment to relieve residual stresses and achieve target mechanical properties (e.g., HIP for critical parts).
Wire EDM, CNC machining, or manual removal. We offer bead blasting, polishing, anodizing, and machining to final tolerances.
Dimensional inspection (CMM, CT scanning), material certification, and surface roughness testing. Full documentation provided.
Eliminate expensive molds, dies, and fixtures. Print directly from CAD in days.
Lattices, undercuts, and internal channels don't increase part price.
Powder bed fusion uses only the material needed. Up to 95% powder recyclability.
Same process for 1 part or 1,000. Iterate quickly, then scale seamlessly.
Skip the 8‑12 week tooling lead time. Parts in hand in 5‑10 working days.
ISO 9001 & AS9100 certified. Full material traceability and NDT testing available.
Topology‑optimized titanium bracket reduced weight by 45% while meeting all load requirements. Replaced a 5‑part assembly with a single component.
Patient‑specific titanium implant printed from CT data. Porous surface structure promotes osseointegration. FDA 510(k) cleared.
Maraging steel injection mold insert with curved cooling channels reduced cycle time by 30% and eliminated hot spots.
Upload your 3D model, select your alloy, and get an instant quote. Our engineers will review your design for metal printability within hours.