What are the several methods of precision parts processing?

With the rapid development trend of industrial production, people's production and processing methods are constantly improving. Previously, there were very few methods, but now there are more and more. Precision part processing is the same. So, what are the several types of precision part processing methods?

The production process of precision parts processing includes methods such as turning, milling, planing, grinding, pliers, stamping molds, forging, etc.

Stamping molds: Stamping molds use per made grinding tools and high-speed punching machines to carry out cold stamping production and processing. The key is to carry out sheet metal processing plants, where most of the material images used for production and processing are sheet metal. The high efficiency of production and processing is suitable for mass production.

The production process of precision hardware processing is divided into engineering project molds and continuous molds. Engineering project molds, also known as single stamping molds, require two sets of grinding tools for some very complex parts. The continuous mold in the concave mold of the grinding tool separates the appearance of the product into many parts in one grinding tool. In this way, a high-speed punching machine production and processing schedule is arranged to produce a finished product. The high-speed continuous high-speed punch can produce and process three to four hundred products per minute.

CNC lathes: CNC lathes for precision parts processing belong to precision machining machinery and equipment, which are divided into CNC lathes, automatic lathes, instrument lathes, and computer-based CNC lathes. It carries out rotary fitness exercises by clamping the raw materials, and axial or radial production processing is carried out by milling cutters

Nowadays, the use of automatic lathes and CNC lathes on computers is becoming increasingly common. Due to these two types of automatic production and processing, the precision deviation caused by human factors in actual operation is minimized, and the production and processing are faster for mass production. Nowadays, the vast majority of CNC lathes on computers are equipped with side rotating CNC blades and reverse rotating CNC blades, which can also be used for cutting production and processing on the edge of the lathe.