Proven on ULA Vulcan Centaur — Ready for Blue Origin, SpaceX, and LEO Constellations

Mission-Critical Machining

for Launch Vehicles & Orbital Systems

Precision-machined aluminum components for multi-payload dispensers and stage separation — proven on ULA Vulcan Centaur, built for Starship-class vehicles and LEO constellation deployment systems.

Large space telescope or satellite component being assembled inside a workshop, with cables and industrial equipment around it.

Our Space-Grade Expertise

- 5-axis milling of aluminum, titanium, and Inconel

- Space compatible finishes and Sub-assembled components

- Contract Manufacturing at small batch and full rate production

- Full material traceability and AS9100D / ITAR / CMMC Level 2 compliance

- Veteran-owned with direct launch-vehicle supply-chain experience

Close-up of a spacecraft or satellite undergoing assembly or testing indoors. The spacecraft is wrapped in silver thermal insulation material with components in blue and gold accents. Several technical parts and instruments are visible, and a stair ladder is on the right side.
A large jet engine undergoing maintenance inside an aircraft manufacturing or maintenance facility, with surrounding equipment, safety barriers, and industrial lighting.

Built for Mega-Constellations

Repeatable, zero-defect machining for satellite buses, solar-array brackets, propulsion mounts, and dispensers.

From 10 prototypes to 10,000 flight units — we scale with Starlink, Kuiper, and next-gen LEO programs.

Space Machining Insights

Technical deep-dives on materials, 5-axis techniques, and compliance for launch vehicles and orbital systems.

Ready to Launch Your Next Program?

AS9100D | ITAR Registered | CMMC Level 2 | Service-Disabled Veteran-Owned

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Photography of representative flight hardware courtesy of United Launch Alliance. Used with permission.