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Multiple precision aluminum alloy components shown in the picture are manufactured by integrated 5‑axis CNC milling, covering various structures including cavities, flange plates, brackets and special‑shaped rotary shells. Featuring numerous slots, multi‑hole positions and irregular cavities, these parts impose stringent requirements on tolerance control, surface finish and assembly mating surfaces.

Every procedure is strictly controlled, ranging from raw material selection, programmed roughing and semi‑finish milling to precision finishing. In consideration of the material properties of aluminum alloys, cutting parameters are optimized to reduce machining deformation and ensure compliance of key dimensions such as flatness, aperture and positional tolerance. After deburring and cleaning upon completion of machining, workpieces feature uniform metallic surface texture and consistent precision of assembly holes to satisfy interchangeability requirements for equipment assembly.

We support custom manufacturing based on customer‑supplied drawings, and undertake non‑standard part processing of diverse materials including aluminum alloy, stainless steel and copper, applicable to various scenarios such as automation equipment, testing instruments, aerospace supporting facilities and engineering machinery. Custom production of complex‑structured parts is available for both low‑volume prototype sampling and mass production.

For complex multi‑feature components, simple secondary splicing is avoided and monolithic milling is prioritized to improve overall part strength and lower risks of assembly failure. Every detail is strictly monitored to deliver finished workpieces ready for direct assembly, helping customers shorten R&D cycles and guarantee reliable equipment operation.

Backed by a professional process team and complete processing equipment, we provide one‑stop machining services from drawing evaluation and process planning to finished‑product delivery, solving diverse challenges in processing non‑standard precision parts.