CNC Machining For Aerospace Parts

This component is a CNC-machined cylindrical part with a height of 26 mm and an outer diameter of 12 mm. The surface roughness is controlled to Ra 0.8, and overall machining accuracy is maintained within ±0.03 mm. It is produced using precision CNC machining for aerospace parts, including turning and milling operations, to ensure stable dimensions and consistent surface quality.

The part is made from Inconel 600, complying with AMS 5665 and manufactured according to Fushun Special Steel's specification "GH600 Alloy Bars, Discs, Ring Blanks, and Forged Rings." This nickel-based alloy offers excellent resistance to high temperatures, oxidation, and corrosion, making it suitable for demanding environments, including aerospace applications.

The manufacturing process involves rough turning, semi-finishing, and precision finishing. CNC turning, milling, and fine boring are employed to achieve exact dimensions. Custom fixtures are used to maintain alignment and minimize deformation. After machining, all edges and holes are deburred, and the component is thoroughly cleaned to remove chips and residues. Critical dimensions are inspected using a CMM, and surface finish is verified with a profilometer to ensure compliance with the Ra 0.8 specification.

This part is suitable for use in aerospace, energy systems, chemical processing equipment, and high-temperature assemblies, where precise dimensional control and corrosion resistance are essential. Its design and manufacture through CNC machining for aerospace parts ensure high reliability in critical aerospace applications.