The picture shows two metal parts manufactured by precision CNC (computer numerical control) machining technology. The parts are made of high-quality aluminum alloy materials and are precisely cut and formed using advanced CNC machines. The part on the left is a cylindrical base with a circular opening at the top for precise docking or installation with other parts. Below the opening, there are also two small round holes drilled with precise holes that may be used to secure or connect other components. The part on the right is also a cylindrical structure, but its design is slightly different, instead of opening the upper part, the emphasis is placed on three large round holes at the bottom, which may be used for installation, heat dissipation or other functional needs.
In the CNC machining process, these parts go through multiple processes, including roughing, finishing, drilling and deburring, etc., to ensure their dimensional accuracy, surface finish and overall quality. Through the use of CNC technology, these parts not only achieve extremely high manufacturing accuracy, but also achieve accurate reproduction of complex shapes and structures.
After CNC machining, the two metal parts were also anodized. Anodizing is an electrochemical process that enhances corrosion resistance, hardness and wear resistance by forming a dense alumina film on the surface of an aluminum alloy. This layer of alumina film not only has excellent protective properties, but also can be colored according to customer needs to meet different aesthetic and functional needs.
