Frequently Asked Questions
Aerospace CNC machining is the computer-controlled manufacture of precision parts for aircraft, spacecraft, satellites and related systems. It is used to produce complex components from aluminum, titanium, stainless steel and nickel alloys while meeting demanding requirements for dimensional accuracy, repeatability and surface quality.
Aerospace manufacturing commonly uses 3-axis and 5-axis machining centers, CNC lathes, mill-turn machines, Swiss-type lathes and gantry machining centers. The appropriate machine depends on the component’s size, geometry, material, tolerance and production quantity.
Five-axis CNC machining can produce deep cavities, thin walls, compound angles and complex surfaces with fewer setups. Reducing repositioning helps maintain accuracy between features, shorten production time and improve consistency when machining complex aerospace parts.
YUANYI can machine structural brackets, mounting plates, avionics enclosures, heat sinks, manifolds, shafts, bushings, pins and custom tooling. Our capabilities support complex 5-axis parts, small Swiss-machined components and large gantry-machined structures based on customer drawings.
Yes. Dimensional inspection reports, material certificates and traceability documentation are available according to project requirements. Please specify the required inspection standards and documents when requesting a quote so they can be reviewed and included in the manufacturing plan.
Upload your 2D drawings or 3D CAD files and provide the material, quantity, tolerances, surface finish and required inspection documents. YUANYI’s engineering team will review the project requirements and prepare a detailed aerospace CNC machining quote.