PREP Systems
SLPA-D30
A compact PREP platform for alloy-development work and controlled small-lot production.
View system ↗POWDER TO PERFORMANCE
Shape the future in metal.
Integrated PREP atomization and electron-beam additive systems built for cleaner powder, repeatable processes and ambitious production programs.
10+ yearsAdditive expertise
60+ alloysDeveloped & processed
100+ IPPatents & standards
One chainPowder to component
A COMPLETE MANUFACTURING CHAIN
More control at every layer.
One technical partner for powder-making equipment, spherical feedstock, electron-beam systems and application development.
We connect material science with production engineering—so every decision from electrode to finished component supports the performance you need.
01
PREP systems
Laboratory through industrial atomization platforms for clean, highly spherical metal powder.
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Metal powders
More than 60 developed compositions across titanium, superalloy, steel and refractory families.
03
SEBM printing
Vacuum electron-beam powder-bed systems for demanding materials and productive builds.
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Application support
Material trials, process optimization and component development tied together by one team.
PLASMA ROTATING ELECTRODE PROCESS
From first alloy trial to continuous output.
Choose a compact research platform, a balanced medium-capacity system or a production-scale titanium line—all centered on clean inert atomization.
- Highly spherical particles with limited satellites
- Low oxygen pickup and reduced contamination
- Flexible processing for high-melting alloys
- Parameters and configurations matched to your target fraction
SYSTEM PORTFOLIO
Equipment built around the work.
Different scales, one objective: stable material quality and a practical route to production.
PREP Systems
SLPA-N50
A medium-capacity PREP system engineered for steady industrial production of premium spherical powders.
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PREP Systems
SLPA-N75
A high-capacity vertical PREP line developed for industrial-scale titanium-alloy powder production.
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SEBM Systems
SEBM-T200
An electron-beam powder-bed system for developing and producing dense, complex metal parts.
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SEBM Systems
SEBM-Y150 / Y150Plus
A production-focused electron-beam platform for porous orthopedic and precision titanium components.
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SEBM Systems
SEBM-H400
A large-format electron-beam additive manufacturing platform for integrated, high-performance components.
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HOW PREP WORKS
Clean energy. Controlled transformation.
A direct physical route turns a qualified electrode into spherical powder inside an inert environment.
Rotate the electrode
A consumable metal bar accelerates to a controlled high rotational speed.
Melt the end face
A high-temperature plasma source creates a thin liquid film without a crucible.
Form the droplets
Centrifugal force releases the melt; surface tension rounds droplets during flight.
Solidify and collect
Particles cool in inert gas and reach the chamber wall as clean spherical powder.
MATERIAL & COMPONENT APPLICATIONS
Engineered for difficult metals and decisive parts.
Our technologies support materials whose purity, thermal history and geometric freedom matter.
01
Superalloy powders
Nickel and cobalt compositions for high-temperature aerospace and energy hardware.
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Refractory metals
Molybdenum, tantalum, tungsten and related alloys for extreme environments.
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Titanium alloys
Clean, reactive-alloy powder for medical, aerospace and high-value engineering.
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Steel alloys
Tooling, stainless and specialty steels for additive and powder-metallurgy routes.
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Novel materials
Small-lot development for shape-memory, high-entropy and custom compositions.
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Printed components
Porous implants, lightweight structures and parts with integrated internal passages.
LATEST INSIGHTS
Material decisions, explained.
Producing Spherical Molybdenum Powder with PREP
How plasma rotating electrode atomization can create clean, spherical molybdenum feedstock for additive manufacturing.
Read insight ↗Molybdenum Alloys in Metal 3D Printing
Why additive manufacturing is opening new routes for complex molybdenum and molybdenum-composite parts.
Read insight ↗Electron-Beam Powder Bed Fusion for Medical Implants
How vacuum electron-beam printing supports porous titanium orthopedic products and scalable production.
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