Steering knuckle housing

Product Name:

Steering knuckle housing

Industry:

Automotive industry

Materials:

Aluminum alloy

Quality Level:

The VMU6800 is a five-axis machining center developed specifically for the new energy sector. Featuring a five-axis positioning and machining approach, along with an extended Z-axis travel, it enables single-machine processing of complex components. The workpiece concentricity can reach up to 0.02 mm, while the surface roughness meets Ra ≤ 1.8 μm.

Steering knuckle housing

Product Name:

Steering knuckle housing

Industry:

Automotive industry

Materials:

Aluminum alloy

Quality Level:

The AFMINGVMU6800 is a five-axis machining center developed specifically for the new energy sector. Featuring a five-axis positioning system and an extended Z-axis travel range, it enables single-machine processing of complex components. The workpiece concentricity can reach as high as 0.02 mm, while the surface roughness meets Ra ≤ 1.8 μm.

Steering knuckle

Product Name:

Steering knuckle

Industry:

Automotive industry

Materials:

6061 aluminum alloy

Quality Level:

This part is a typical automotive structural component. Its key machining features include hole systems, flat surfaces, and rounded corners. It is produced using the AFINGHGMU400 five-axis machining center, with a single-part processing time of 30 minutes. The surface roughness meets Ra ≤ 1.6 μm, and the hole system accuracy is better than ±0.008 mm.

Motor housing

Product Name:

Motor housing

Industry:

Automotive industry

Materials:

6061 aluminum alloy

Quality Level:

This part is a typical complex-shaped casting component, primarily used in electric motors for new-energy vehicles. Its key machining features include internal cavity surfaces, hole patterns, and rounded corner treatments. The surface profile tolerance for curved areas is less than 0.03 mm, while the precision of circumferential holes is tightly controlled within ±0.015 mm. Additionally, the surface roughness meets Ra < 3.2 µm.

Transmission housing

Product Name:

Transmission housing

Industry:

Automotive industry

Materials:

Aluminum alloy AL6061-T6

Quality Level:

This part is a transmission housing for the automotive industry, featuring complex curved surfaces, stepped holes, flat areas, and deep cavity structures. It is machined using the AFMING GMU600 five-axis machining center, which combines high rigidity with excellent precision and stability. The roughing and finishing processes for the aluminum billet of the transmission housing take a total of 22 hours, with controlled tool-path transitions on curved surfaces—achieving tolerances within 10 μm across various angles—and ensuring step-hole accuracy better than 5 μm.

Transmission housing

Product Name:

Transmission housing

Industry:

Automotive industry

Materials:

Aluminum alloy AL6061-T6

Quality Level:

This part is a transmission housing used in the automotive industry, featuring complex curved surfaces, stepped holes, flat areas, and deep cavity structures. It is machined using the AFMING GMU600 five-axis machining center, which combines high rigidity with excellent precision and stability. The roughing and finishing processes for the aluminum billet of the transmission housing take a total of 19 hours. Additionally, surface transitions at various angles can be controlled within 10 μm, while the accuracy of the stepped holes is maintained to within 5 μm.

Motor housing

Product Name:

Motor housing

Industry:

Automotive industry

Materials:

AL6061-T6 aluminum alloy

Quality Level:

The motor housing is primarily used in new-energy vehicles, and its machining features include complex curved surfaces and stepped holes. The process relies on the AFMING GMU800EVO five-axis machining center, which combines high rigidity with exceptional precision and stability. Roughing and finishing of the aluminum billet for the motor housing take a total of 38 hours, ensuring that the coaxiality of deep cavity steps remains within 15 μm, while the cylindricity of the circular holes is maintained to within 20 μm.

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