Space
Flight hardware for spacecraft, satellites, and launch systems — engineered to survive launch loads, vacuum, and thermal extremes.
Precision engineering for space exploration.
Lightweight, high-strength parts that optimize performance, mass, and mission reliability — with dimensional stability proven through launch and orbital environments. We support design optimization, material selection, and mass reduction for commercial and government space programs. AS9100D certified and ITAR registered, with CMMC Level 2 in process.
- Satellite Mounts & Housings: stable through launch vibration
- Propulsion Components: extreme temperature and pressure
- Brackets & Structures: strength without mass
How we machine for space.
Five-Axis Precision Milling
satellite housings and structural components
High-Precision Turning & Contouring
propulsion components and structural supports
Micro-Drilling, Threading & Finishing
flight-quality detail work
Specified for the environment.
Ongoing Inspections
Dimensions and tolerances verified during production — not just at the end. Hexagon 5-axis CMM and Keyence metrology on every job that demands it.
Final Quality Examination
Every lot closes with a documented final inspection under our AS9100D quality system, with full material and process traceability.
The space machining guide.
Materials selection, tolerance and metrology expectations, supplier qualification, and how to scale from prototype to production — everything a space program should know before qualifying a machine shop.
Have space parts to quote?
Upload your models through our secure Paperless Parts portal for a fast, accurate quote — or call the shop and talk to a machinist, not a call center.