CNC lathe is one of the widely used CNC machine tools. It is mainly used for cutting the inner and outer cylindrical surfaces of shaft or disc parts, inner and outer conical surfaces with arbitrary cone angles, complex rotating inner and outer surfaces, cylindrical and conical threads, and can perform groove cutting, drilling, expanding, reaming, and boring.

During component processing, it is necessary to continuously inspect and verify to ensure that the processed product is qualified. What are the general inspections required during component processing? Let's take a look together with precision component processing manufacturers.

Mechanical polishing is a polishing method that obtains a smooth surface by removing the convex parts after polishing through cutting and plastic deformation of the material surface. It generally uses oilstone strips, wool wheels, sandpaper, etc., and is mainly manually operated. Special parts such as the surface of the rotating body can use auxiliary tools such as a turntable. For high surface quality requirements, ultra precision polishing can be used. Ultra precision polishing is the use of specially designed grinding tools, which are tightly pressed onto the machined surface of the workpiece in a polishing fluid containing abrasives and perform high-speed rotational motion.

Precision metal stamping is a large-scale metal processing process that uses stamping tools to create sheet metal components by pressing the material into the desired shape. This is done according to a pattern, where each part is removed from the motherboard after stamping.
The precision hardware stamping method allows manufacturers to manufacture parts that require undercutting, multiple features, or fragile wall assembly. It uses high-pressure equipment to press metal plates into the mold, resulting in geometric accuracy and excellent surface finish of the product's shape.

The accuracy of CNC machine tools ensures consistent product quality. This process is more precise than ordinary machine tool processing and can be repeated in exactly the same way over and over again. Improved production speed and efficiency. Computers are used to control machine tools, and the process is automated, thereby improving production speed and quality. Considering that the machine tool is not fatigued or requires rest, it is more efficient than regular machine tool processing.

The characteristic of material separation achieved by ordinary stamping is that when the lower edge of the stamping die is squeezed into the material to a certain depth, the material undergoes damage and micro cracks appear. The upper and lower edges have not yet contacted, and the plastic deformation of the material has been completed. At this point, the material is destroyed and divided into two parts to complete the entire punching process. Precision stamping, on the other hand, achieves material separation in the form of deformation, that is, separation is achieved only after the upper and lower cutting edges of the die come into contact. The characteristic of this separation process is that the material does not undergo damage throughout the entire stress process.