Sheet Metal Processing is a pivotal technology that sheet metal technicians need to grasp, and it is also an important process for forming sheet metal products. Sheet metal processing includes traditional methods and process parameters such as cutting, punching, and bending. It also includes various cold stamping die structures and process parameters, various equipment working principles and operation methods, as well as new stamping technologies and new processes. Sheet metal processing for parts is called sheet metal processing.

What are the 6 commonly used sheet metal processing technologies? The sheet metal processing manufacturer will explain it. Electric control cabinet sheet metal processing

1) Curling

Sheet metal usually contains sharp edges with "burrs" after the initial production of a ZUI. Hemming is a forming process that involves deburring the sheet metal to create a smooth edge.

2) Bending

Another common sheet metal forming process is bending. Companies typically use brake presses or similar machine presses to bend the sheet metal.

3) ironing

The metal plate can also be ironed to achieve a uniform thickness. For example, most aluminum cans are made of ironed aluminum. In its original state, the aluminum plate is too thick for beverage cans, so it is ironed to achieve a thinner, more uniform composition

4) Laser cutting

In recent years, laser cutting has become an increasingly common sheet metal forming process. Through laser cutting, metal sheets are exposed to high-energy lasers that burn holes in the metal.

5) Hydraulic Forming

A little-known sheet metal forming process is hydraulic forming. Like deep drawing, hydraulic forming involves stretching the blank over the die. So, what‘s the difference between hydraulic forming and deep drawing? The main difference between the two processes is that deep drawing requires multiple reductions in drawing, while hydraulic forming can be completed in just one step.

6) Punching

After ZUI, stamping is a sheet metal forming process that involves punching holes in the sheet metal using a punch and a die. The sheet metal is placed between the punch and the die. Next, the punch is pressed down and through the sheet metal to form a hole.