Bended sheet and sheet metal bending provide versatile solutions for precision metal bending applications.

 

 

Sheet metal bending is the process of applying force to a metal sheet to create a bend radius. The most common method for achieving this is through press braking. This process is suitable for manufacturing car body panels, refrigerator casings, electronic equipment housings, and brackets, among other things. Sheet metal bending is particularly well-suited for low-volume applications or when using very thin metal materials where casting processes are not feasible.

 

Sheet metal bending is a technique that deforms metal by applying force, thereby changing its geometric shape. Also known as metal sheet bending, it typically involves bending a thin sheet of metal one or more times to achieve the final geometric shape. The thickness of the metal sheet used is variable, with the minimum bendable thickness being approximately 0.127 mm, while the maximum thickness depends on the type and thickness of the material used. Generally, steel sheets do not exceed 6 mm in thickness. As a general rule, the bend radius should be equal to or greater than the material thickness.

What is sheet metal bending also known as?
Sheet metal bending is also known as forming, edging, folding, flanging, press braking, or die bending. The last term is often used for some sheet metal bending techniques that utilize die and punch systems. Press braking specifically refers to the process of bending sheet metal using a press brake machine.

 

What is the purpose of sheet metal bending?
The main purpose of sheet metal bending is to form specific features on a sheet of metal. This can be used to manufacture car body panels, reinforcing struts, floor panels, brackets, or doors, among other things. Compared to machining, sheet metal bending is a faster, more economical, and more efficient method for producing thin-walled parts.

 

Which industries use sheet metal bending?
Sheet metal bending has a wide range of applications, including in the construction, automotive, transportation, aerospace, and infrastructure industries. In these industries, sheet metal bending can be used to create features such as lips, serrations, flanges, and indentations. Sometimes, sheet metal bending is also used to increase the rigidity of sheet metal parts.