3D Print Metal
Advancing the science and application of metal additive manufacturing. From alloy characterization to industrial deployment — research-driven innovation in metal 3D printing.
Research-Driven Capabilities
Process Development
DMLS parameter optimization: laser power, scan speed, layer thickness, hatch spacing — fine-tuned for each alloy to achieve maximum density and mechanical properties.
Alloy Characterization
Tensile testing to ASTM E8, Rockwell hardness (B/C scale), SEM microstructure analysis, and XRD phase identification for research-grade material data.
Industrial Transfer
Translating research insights into production processes. From lab-scale parameter studies to ISO-certified production runs for aerospace and medical OEMs.
Science Behind the Print
Every parameter matters — we apply deep materials science to achieve consistent, specification-compliant results across production batches.
- Argon atmosphere: <10 ppm oxygen during builds
- Pre-alloyed powder: 40-100μm particle range
- 500W+ fiber laser per build chamber
- Hot Isostatic Pressing research capability
- CT scanning for internal void analysis
- Tensile testing verified to ASTM E8 standard
Trusted Across Sectors
Aerospace
Lightweight precision components
Medical
Biocompatible solutions
Industrial
Custom tooling and parts
Energy
High-performance systems
Latest in Metal 3D Printing
Advance Your Metal Research
Partner with us for process development, characterization, or production of research-grade metal parts.
Start Your Project