Sheet metal processing should be familiar to everyone, as it is a key technology that sheet metal technicians need to master and an important process for forming sheet metal products. Sheet metal processing includes traditional methods and process parameters such as cutting and blanking, punching and bending forming, as well as various cold stamping mold structures and process parameters, working principles and operation methods of various equipment, as well as new stamping technologies and processes. With the continuous development of society, users' demand for sheet metal processing has become increasingly strict, leading to the emergence of precision sheet metal processing. So what is the difference between ordinary sheet metal processing and precision sheet metal processing?

The range of sheet metal processing is relatively large. All products with metal forming can be collectively referred to as sheet metal parts or structural parts. Sheet metal processing is divided into ordinary sheet metal and precision sheet metal, with significant differences in process.

Ordinary sheet metal is processed using traditional processing equipment, such as ordinary punching machines, angle cutting machines, etc. In order to achieve the desired shape, it is often for batch product processing, and accuracy cannot be guaranteed. Of course, this type of sheet metal generally does not require precision requirements, such as electric ovens. Different components do not need to be strict, and there is a large gap. Therefore, ordinary sheet metal technology is not very rich, nor can complex processes be made, and the price is very cheap.

However, precision sheet metal processing is different. Precision sheet metal processing belongs to the special forces of the sheet metal processing industry. Precision sheet metal processing often involves complex processes, which are difficult for ordinary sheet metal processing manufacturers to achieve. Or I can't do it.

Precision sheet metal is suitable for batch processing and has the characteristics of short processing cycle, high precision, and good quality. The transition from ordinary sheet metal to precision sheet metal requires the following conditions: equipment replacement, upgrading of processing master technology, quality control and management improvement, etc. These are often accompanied by an increase in processing costs, but as the saying goes, price is a commodity. To achieve good quality, precision sheet metal processing is also necessary. Otherwise, ordinary sheet metal processing products will only reduce the overall product quality. Therefore, it is recommended to choose precision sheet metal processing manufacturers for precision and high-end products.