CNC (Computer Numerical Control) technology has a wide range of applications in aerospace manufacturing. Following are some aspects of CNC in aerospace manufacturing:

   1.Parts machining: CNC technology can be used for parts machining of aerospace vehicles, such as engine parts, fuselage structural parts, wing surface parts, and so on. By using CNC machine tools, high precision and high efficiency parts machining can be realized to ensure the quality and dimensional accuracy of the parts.

   2. Aero-Engine manufacturing: CNC technology plays an important role in aero-engine manufacturing. For example, the use of CNC machine tools can machine the blades, bearing seats, combustion chambers and other key components of the engine. Through precise CNC machining, the performance and reliability of the engine can be improved.

  3. Aerospace assembly: CNC technology can be used for the assembly of aerospace vehicles. For example, the use of CNC robots can achieve automated aerospace assembly, improving assembly efficiency and consistency. In addition, CNC technology can also be used for welding, threading and other processes in aerospace vehicles.

  4. Surface treatment of aerospace vehicles: CNC technology can be used for surface treatment of aerospace vehicles. For example, CNC machine tools can be used for processes such as grinding, polishing, and spraying of aerospace vehicles to improve surface quality and corrosion resistance.

  5. Inspection and Quality Control: CNC technology can be used for inspection and quality control of aerospace vehicles. For example, CNC measuring machines can be used to perform three-dimensional measurements on aerospace vehicles to ensure the accuracy of their dimensions and shapes. In addition, CNC technology can also be used for non-destructive testing and defect detection of aerospace vehicles.