Computerized flat turning is a kind of machining method, which refers to the use of computer-controlled CNC machine tools to carry out flat machining of metal materials, that is, through milling and other methods of removing the irregular raised parts on the surface of the workpiece, to obtain a flat, smooth and high-precision machined surface. This processing method can be widely used in metal processing field, such as manufacturing machine tool parts, automobile parts, molds and so on.
Computerized Flat Turning Machining, compared with traditional mechanical machining, has higher precision, faster machining speed, simpler operation, and it can take into account the overall dimensions of the product and machining requirements, i.e., before the machining, through the software simulation of three-dimensional modeling to ensure that machining results and the actual need to be consistent. In addition, computerized flat turning can also be modified to achieve different shapes and sizes of machining requirements, which greatly enhances the production efficiency and flexibility.
Computerized Flat Turning is widely used in manufacturing industries, such as the production of automobiles, machinery, aerospace, medical devices and electronic products. Typical application scenarios include the manufacturing of components, the manufacturing of molds, the machining of batch parts, and the machining of high-precision surfaces. Computerized Flat Turning Machining is also widely used by more and more companies as it can achieve efficient, high-precision and high-quality production.