Mold processing is the process of machining the mold design drawings, which usually includes processes such as CNC machining, milling, drilling, and grinding to ensure the precision and quality of the mold.
CNC machining is an important technology in mold processing, which uses computer-controlled CNC machines to achieve high-precision and efficient cutting. CNC machining can achieve various complex shapes, such as bosses, grooves, and inclined planes, with high machining accuracy and production efficiency, making it suitable for the production of molds for high-demand injection products.
Milling is a commonly used method in mold processing, usually used for machining the mold surface. Milling can process the mold surface into flat, inclined, curved and other shapes, with high machining accuracy and production efficiency, making it suitable for the production of molds for injection products.
Drilling is a basic process in mold processing, usually used for drilling holes, threads, and other machining in the mold. Drilling can directly drill holes using a drill bit or use a drilling center for high-precision and efficient drilling.
Grinding is a precision machining process in mold processing, usually used for high-precision parts of the mold such as sliders and guide posts. Grinding can achieve high-precision machining, such as flatness and roundness, and can improve the surface finish and roughness of the mold, improving the surface quality of the mold.
In summary, mold processing is a crucial part of the injection mold manufacturing process. By coordinating various machining processes and continuously updating technology, the precision and quality of the mold can be ensured to meet the production needs of different customers.
