1. The CNC lathe processor must clearly see the content of the process card before processing, clearly know the part, shape, and drawing size of the workpiece to be processed, and know the processing content of the next process.

Advantages of EDM: 1. It can manufacture odd-shaped surfaces that cannot be produced by traditional cutting machines. 2. Machining hard materials can also have good tolerance accuracy. 3. The cutting force of traditional machining machines may damage small workpieces, but EDM does not.

The processing and development of precision molds is inseparable from those who learn advanced processing technology and equipment. The main processing technologies of precision mold processing include CNC milling, wire cutting, EDM, grinder, lathe, measurement and so on.

Precision mold processing plants are generally suppliers of precision products for various industries. Precision molds mainly involve some industries that also require high product accuracy, such as mobile phones, medical equipment, instruments, automobiles, and connectors for various instruments. The products we usually use are processed by precision molds too much. Some products are required for a precision component.

The manufacture of precision molds is inseparable from those advanced processing equipment. The main processes of precision mold manufacturing include CNC milling, wire cutting, EDM, grinding, turning, measurement, automation and so on.

The precautions for grinding machine processing are as follows: 1. Before starting the grinding machine, lubricate all parts of the machine tool, check that the mechanical transmission is normal, the switch button is sensitive and reliable, and the grinding wheel is intact.

Accessories like gears can be seen on many devices, and don't underestimate these accessories, they are very useful. There are many gear processing methods, but generally two methods are more common. This article mainly introduces two methods of gear processing.

1. Multi-axis control and multi-axis linkage: The commonly used machining centers are mostly three-axis linkage. By increasing the swing angle and increasing the rotation coordinates, four-axis linkage, five-axis linkage, seven-axis linkage, and even more axis linkage can be formed. center.