Powders and parts for demanding environments.
From reactive titanium to refractory molybdenum, our systems support materials and geometries that reward precise process control.
Feedstock designed for stable processing.
PREP powder can offer high sphericity, low satellite content, low internal porosity and limited oxygen pickup. Those attributes support powder flow, consistent layer formation and dependable downstream results.
Programs include nickel and cobalt superalloys, titanium alloys, steels, refractory metals, shape-memory alloys, high-entropy compositions and customer-specific electrode materials.
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Superalloys
Heat-resistant nickel and cobalt systems for turbine, propulsion and energy programs.
Refractory alloys
Molybdenum, tungsten, tantalum and related materials for heat, nuclear and electronics uses.
Titanium alloys
Low-contamination powder for aerospace, biomedical and high-performance structures.
Steel families
Stainless, tooling and specialist steels for additive, MIM, PM and surface processes.
Advanced compositions
Shape-memory, high-entropy, intermetallic and experimental alloys produced in useful trial volumes.
SEBM components
Porous medical structures, lightweight brackets, internal flow paths and consolidated assemblies.
Complex inside. Reliable outside.
Vacuum electron-beam powder-bed fusion is particularly effective for reactive metals and productive high-temperature builds.
- Trabecular and porous orthopedic structures
- Lightweight aerospace geometries
- Integrated channels and internal cavities
- Functional, consolidated metal assemblies