What are the common methods of mechanical processing

Mechanical processing is a widely used process method in modern industrial production processes, which mainly refers to the use of machines to finely process workpieces to achieve specific shape, size, and surface quality requirements. In the process of mechanical processing, a series of technologies and methods are usually used to ensure the accuracy, efficiency, and safety of workpiece processing.Common mechanical processing methods include milling, drilling, thread cutting, turning, etc. Among them, milling is a widely used processing method in industrial production, which mainly uses milling machines for processing. A milling machine is a machine tool with high machining accuracy and efficiency, which can be used to process various shapes and sizes of workpieces, such as planes, cams, gears, etc. Drilling is a processing method for holes, which requires the use of a drilling machine for processing. A drilling machine is a type of machine tool that can rotate the tool along the axis and feed along the drilling centerline for processing, with a wide range of applications. Thread cutting is a machining method of cutting threads on the surface of a workpiece, mainly used in manufacturing different types of threaded parts. Turning, on the other hand, is a method of machining cylindrical surfaces, mainly used for machining shafts, sleeves, and other workpieces, with high machining accuracy and efficiency.When machining, different workpiece materials and shapes also require different processing methods. Therefore, before processing, it is necessary to conduct detailed calculations and analysis of the workpiece to be processed, in order to select appropriate mechanical processing techniques and methods, in order to achieve better processing effects and quality.Overall, mechanical processing is an indispensable method in industrial production, providing important technical support for our manufacturing and processing of precision parts. With the progress of technology and industry, we believe that mechanical processing technology will continue to develop and innovate to meet the growing demand for industrial production.