Post-processing techniques designed to ensure AM parts match or exceed wrought mechanical properties.
Design complex internal geometries for heat exchangers and fuel nozzles to maximize thermal efficiency.
Reduce assembly risk by consolidating multiple sub-components into a single, high-strength manufactured part.
We use our own premium powders (Micro-Melt®) to ensure zero cross-contamination and superior part density.
We apply 135+ years of metallurgical data to every part we print or process.
Partner with us for end-to-end production of components created with electron beam and laser powder bed fusion in our AS9100-certified facilities.
High-yield strength and creep-rupture properties in a weldable, printable format.
Martensitic precipitation-hardenable alloy offering high strength and hardness for AM parts.
Austenitic stainless with excellent corrosion resistance and creep strength.
From turbine nozzles to subsea valves, we provide the metallurgical foundation and processing expertise to deliver "flight-critical" levels of quality to the energy grid.
Non-magnetic alloy exhibiting extreme wear, strength, and corrosion resistance.
Fully heat-treatable workhorse alloy offering high strength with lightweight properties.
