What are the characteristics and requirements of sheet metal chassis processing technology?

The advantages of sheet metal chassis processing can be summarized in one sentence: high precision, high degree of automation, fast speed, simple and convenient operation, and high efficiency. There are several specific points to explain:

1. High power density in sheet metal processing: The workpiece absorbs the rapid increase in temperature after sheet metal processing and melts or vaporizes. Even materials with high melting points, high hardness, and brittleness (such as ceramics, diamonds, etc.) can be processed with sheet metal;

2. The sheet metal processing bundle is easy to control: it is easy to combine with precision machinery, precision measurement technology, and electronic computers to achieve high automation of processing and achieve high processing accuracy;

3. Sheet metal processing is convenient and flexible: in harsh environments or places difficult for others to access, robots can be used for sheet metal processing;

4. Sheet metal processing has a wide range of applications: the divergence angle of the sheet metal processing beam can be less than 1 milliarc, the spot diameter can be as small as micrometers, and the action time can be as short as nanoseconds and picoseconds. At the same time, the continuous output power of high-power sheet metal processing can reach kilowatts to ten kilowatts. Therefore, sheet metal processing is suitable for both precision micro processing and large-scale material processing.

The above is a summary of the advantages of sheet metal chassis processing. Of course, there are many other advantages that we have not fully listed here. There are also many processes used in the processing of sheet metal chassis, including cutting, cutting, dropping, punching, bending, forming, etc. Interested friends can learn more.