Process Introduction:

Sheet Metal Cutting:

There are many ways to cut, the common ones are:

Physical cutting: scissors, grinding wheel cutting, etc.

Flame cutting: A high-temperature flame melts the metal to complete the cutting.

Plasma cutting: High-energy plasma releases energy to melt metal to complete cutting.

Laser cutting: A high-energy laser melts metal to complete the cut.

Sheet Metal Stamping:

Sheet metal stamping has two important processes:

Blanking: Using a die to cut off excess parts or cut out special shapes from a metal plate.

Forming: bending, drawing, spinning, bulging, drawing. The process of deforming metal sheets.

Sheet Metal Welding:

The assembly of sheet metal parts is completed through various welding methods.

There are three main types of welding: pressure welding, fusion welding, and brazing.

There are three common types of fusion welding:

Laser welding: high temperature melts two parts to form a weld after cooling.

Arc welding: The arc melts the base metal and welding rod and then cools them to form a dense weld. Arc welding can also be divided into argon arc welding and submerged arc welding.

Resistance welding: Using resistance heating to melt and weld two workpieces together.

Pressure welding: there is friction welding.

Sheet metal assembly:

In addition to welding, there are also riveting, bolted, and crimped connections through increased friction.

The above is the sheet metal manufacturing process and common techniques in each link.

Service Introduction:

Sheet metal manufacturing service is the process in which a sheet metal manufacturing factory uses the above-mentioned processes to complete your order.

Materials and materials that can be processed:

Materials include iron, steel, aluminum, copper, etc. Materials include plates, pipes, profiles, etc.

Application introduction:

Sheet metal manufacturing is widely used in the production of containers, connectors, brackets, fixings, frames, etc.