3D-Print Metal
Industrial metal additive manufacturing at 99.5% density. Tolerances ±0.003" + ±0.001"/in across 6 alloys — faster and more cost-effective than traditional machining.
Industrial Metal Printing
DMLS / SLM Process
Direct Metal Laser Sintering and Selective Laser Melting for geometries impossible with traditional machining — internal channels, lattices, and undercuts at no extra cost.
Heat Treatment
HIP densification at 2,000°F + 15,000 psi. Precipitation hardening brings 17-4 PH to 50-52 HRC — matching forged tool steel properties for demanding tooling.
CNC Finishing
Post-print CNC machining to ±0.001" tolerances. CMM dimensional verification standard for aerospace and medical applications requiring tight specifications.
Six-Alloy Material Library
Each alloy certified for specific performance requirements — from ultralight aluminum to superalloys withstanding 700°C operating temperatures.
- AlSi10Mg: 268-345 MPa — lightweight aerospace
- 316L Stainless: 565 MPa — corrosion-resistant medical
- 17-4 PH: 1,365 MPa — hardened tooling grade
- Ti6Al4V: 993-1,055 MPa — biocompatible aerospace
- Inconel 718: 958 MPa — high-temperature superalloy
- CoCr: 1,213 MPa — medical-grade cobalt chrome
Trusted Across Sectors
Aerospace
Lightweight precision components
Medical
Biocompatible solutions
Industrial
Custom tooling and parts
Energy
High-performance systems
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