At extreme temperatures and millisecond timescales, the data simply doesn't exist. We generate it. Through simulation, multiphysics, and a reactor that learns from every run.
Premium metal powders, produced by an AI-controlled hydrogen plasma system.
From out-of-spec waste to premium, in-spec powder, at lower cost and lower emissions, with more reliable supply.
One platform, multiple materials, built to scale.
The hydrogen plasma reactor is the core technology. Premium metal powder is where we prove it: titanium first, then tungsten and silicon. Each material validates the same platform.
The aerospace workhorse. Spherical AM-grade powder, target spec Grade 23 ELI, PSD 15–45 µm. Reformed from out-of-spec powder and scrap.
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Reduction validated: >94% oxygen removal from WO₃. A strategic material for defence and energy.
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Reduction validated on SiO₂. A pathway to energy storage and semiconductor applications.
View material →Out-of-spec powder and industrial by-products. For Ti64, feedstock runs €1–5/kg against €50+/kg for virgin bar.
Melt, reduce, atomize, quench. In one continuous process, steered in real time by our Physical AI.
High sphericity, low oxygen, narrow particle size distribution. The only by-product is water.
lower CO₂ than conventional powder routes
first-pass yield in AM spec, vs ~50% for conventional atomization
circular feedstock. Off-spec output cycles back as input, leaving zero waste powder.
Trusted by partners across industry, research and public finance.
Whether you need AM-grade powder, want to validate your feedstock, or are exploring a reactor license, the conversation starts with a sample.
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