Manufacturing

Manufacturing at the speed of war.

AIRION designs and builds its own medical hardware in house. An industrial SLS print farm and CNC shop take a device from first sketch to fielded, end-use parts without waiting on tooling, vendors or an ocean crossing.

Printed and machined AIRUS components
Every part on this device was printed or machined by the team that designed it.
Capabilities

Everything from first sketch to fielded part, under one roof.

Design and engineering

We design every system around the people who use it, not the other way around.

Research and development

We turn real problems from the field into working solutions, not theory.

Rapid prototyping

We build fast, test faster, and iterate until it is right.

Custom software development

We write the software that makes our hardware smarter, safer and easier to use.

Advanced manufacturing

We build to precision, not to the lowest bid.

Testing

We push every system past its limits before it ever reaches the field.

Focus areas

Where we put the engineering.

Warfighter performance

We build systems that keep operators sharp, capable and mission-ready under any condition.

Warfighter health

We design for the human body first, because performance starts with health.

Autonomous systems

We engineer systems that think and act independently when seconds matter most.

Who we build for

We solve the parts nobody else will quote.

We work alongside U.S. military customers and prime contractors on complex, low-volume, high-consequence hardware — the geometry that will not injection-mould, the assembly with a two-part order, the legacy component with no drawing and no supplier left.

Program offices

AFWERX, SOCOM S&T and unit-level program offices bring us capability gaps and fund the development that closes them.

Operational units

Aircrew evaluate parts in the environment they will be used in, then tell us what to change.

Primes and integrators

We take on the awkward sub-assembly — the part that has to fit a specific cockpit, litter or suit — and deliver it as a finished, documented component.

The shop floor

Machines and processes we run ourselves.

Industrial SLS

A production farm running nylon powder-bed fusion — the same process for the first article and the ten-thousandth part.

CNC machining

Metal and engineering plastics for tooling, fixtures and load-bearing hardware.

Multi-material FDM

Fast iteration overnight, including flexible TPU sections for interfaces and seals.

Post-processing

Media finishing, dyeing and inspection in house, so parts leave ready to assemble.

Assembly and kitting

Devices built, packaged and labeled to the SKU that ships on GSA.

Documentation

Process records and traceability built for a regulated device, not a hobby print.

Overnight
CAD to a part in hand
2 yrs
TRL-1 to TRL-9 on AIRUS
No MOQ
One part or ten thousand
USA
Designed and built domestically

Have a part that needs to exist next week?

Program offices and partners: bring us a problem, a drawing or a broken piece of legacy equipment. We will tell you what it takes to print it.

Talk to manufacturing