Some major application areas of CNC milling parts:

Aerospace:
Parts processing: aircraft engine parts, fuselage structural parts, landing gear parts, etc.
Complex shapes: can process complex curved surfaces and lightweight structures to meet the strict requirements of aircraft for weight and strength.
Automobile manufacturing:
Engine parts: such as cylinder heads, crankshafts, connecting rods, etc.
Transmission system: gearbox gears, differential housings, etc.
Body parts: including metal interior parts, brackets, structural parts, etc.
Mold manufacturing:
Injection molds: molds used to produce various plastic products.
Stamping molds: molds used for stamping metal sheets.
Machinery manufacturing:
Machine tool parts: such as spindles, slides, bed bodies, etc.
Tools and fixtures: processing various precision tools and fixtures.
Electronic and electrical industry:
Circuit boards: processing fine holes and patterns on printed circuit boards (PCBs).
Parts: such as mobile phone cases, housings and internal structures of electronic devices.
Medical devices:
Orthopedic implants: such as artificial joints, bone fixation plates, etc.
Surgical instruments: precision scalpels, tweezers, etc.
Military industry:
Weapon parts: such as barrels, magazines, sights, etc.
Armored vehicle parts: Processing complex parts of tanks and armored vehicles.
Energy industry:
Wind power generation: Processing blades and hubs of wind turbines.
Nuclear energy equipment: Processing reactor internal structural parts.
The advantages of CNC milling technology include high precision, high efficiency, good processing flexibility and stability, which is suitable for mass production and single-piece customization. With the development of technology, the application of CNC milling in the field of material processing will be more extensive.