We design and build laser powder bed fusion systems purpose-built for reactive metals. We use them to produce the magnesium and titanium parts the U.S. defense industrial base can no longer source domestically. Our focus is process control and the build data that supports certification.
Every part we build travels the same road — and our machines, controls, and data are built so nothing is lost along the way.
Where every part begins — an idea, still loose and unproven, worth chasing.
Penciling the idea into a concrete plan: geometry, process parameters, and the controls that make it repeatable.
The product takes shape — built, documented, and qualified for the application it was dreamed up for.
Accurate prototypes on the same machine architecture that will build your production parts, so the process does not change underneath you.
Our own LPBF equipment, with proprietary optics and integrated process monitoring built into the machine architecture.
Metal parts built to order, reducing lead times for components that are difficult to source through conventional supply chains.
What has held additive back is not the ability to melt powder — it is the time, cost, and evidence required to qualify and certify a part built that way. Our systems are designed with that step in mind: monitoring, controls, and optics developed together rather than added afterwards.
Build envelope, laser configuration, layer range, and the materials list — visible before anyone has to fill in a form.
Request full datasheetThe PA process is configured for magnesium alongside conventional alloys — a deliberate route to domestic supply for a metal the country can no longer reliably source.