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.
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.
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.
Product Name:
Humanoid robot
Industry:
Robot
Materials:
Aluminum Gold
Quality Level:
This part is a joint component primarily used in the humanoid robotics field. It is manufactured using the AFINGMU600 five-axis machining center, employing a five-axis positioning process with two-sided tooling. The resulting surface roughness meets Ra1.8μm, and the positional accuracy is maintained at 0.015mm.
Product Name:
Low-altitude drones
Industry:
Low-altitude economy
Materials:
6061 aluminum alloy
Quality Level:
该工件属于低空飞行器,是薄壁件,在加工叶片时面临工件变形且需要两面接刀,采用AFMINGGMU600五轴加工中心,通过五轴联动加工方式,正反两面接刀进行加工,同时通过工艺编排,降低叶片变形的差值。表面粗糙度Ra≤2.1μm,曲面轮廓度<0.04mm。
Product Name:
Semiconductor
Industry:
Semiconductor field
Materials:
7075 Aluminum Alloy
Quality Level:
This part is directly machined from a formed blank, with material removal exceeding 60%. The key feature tolerances are as follows: cylindrical accuracy of the hole ≤ 5 μm, positional accuracy of the hole ≤ 15 μm, and perpendicularity between the hole and the surface ≤ 20 μm.
Product Name:
Humanoid robot
Industry:
Robot
Materials:
6061 aluminum alloy
Quality Level:
This part, used in the robot coupling joint, was manufactured on an AFGM DMU400 machine tool. By optimizing the machine's motion parameters, we achieved a concentricity of 0.013 mm, a circular runout of 0.005 mm, and a surface roughness of Ra 1.2 µm.
Product Name:
Robot thigh structural component
Industry:
Robot
Materials:
6061 aluminum alloy
Quality Level:
This product is a robotic articulated arm, characterized by its thin walls that are prone to deformation. It is manufactured using the AFGM GMU600 five-axis machining center. By optimizing the machine tool's motion parameters, we’ve achieved a hole concentricity of just 0.016 mm and a symmetry tolerance of 0.018 mm, with overall hole accuracy maintained at an impressive 0.006 mm.
Product Name:
Right-leg hip-rotated exoskeleton
Industry:
Robot
Materials:
6061 aluminum alloy
Quality Level:
Kong's cylindricity is less than 3 μm, concentricity of the hole is less than 15 μm, and the perpendicularity between the hole and the surface is below 10 μm. The mass production process remains consistently stable, with a product yield exceeding 98%.