At present, precision metal stamping parts are used in industries including automotive industry, parts and components of automotive and other industries, electrical part s stamping plants, and household electrical parts stamping plants, which mainly adopt cold / hot stamping process, extrusion, die casting, etc., and h……

Precision metal stamping process can customize products according to the needs of enterprises and specific shapes and sizes. On the stamping equipment, the die can apply pressure on the metal or metal plate material to deform or separate it.

There are many factors that affect the forming and quality accuracy of metal stamping parts, such as die structure design and die accuracy. Die manufacturing cost and life are important factors that affect the cost and quality of stamping parts. More time is needed for the design and manufacture of the die, which exten……

Precision metal stamping process is a process of customizing products according to the needs of enterprises. It uses the die to exert pressure on the stamping equipment to make the metal or metal plate deform or separate.

?Precision metal stamping parts are widely used in our daily life. Many industries use precision metal stamping parts because of its high precision and quality ……

Precision metal stamping process is divided into bending and stretching, and sheet metal processing is mainly divided into shear cutting, bending and welding.

The quick and economical production of metal parts required by several products and industries is made possible by the precision metal stamping technique, which is widely utilized in manufacturing. This process uses machinery fitted with dies to transform flat sheet metal in either blank or coil form.

Many precision metal stamping parts are made of copper, aluminum alloy and other soft materials. These materials themselves are more delicate and expensive, so we must control technology and cost to ensure surface quality.

Stamping depends on the increase of external force of stamping machine and die, strip, pipeline and profile part, resulting in plastic deformation or separation, so as to obtain the workpiece with the required shape and size, including cutting, bending, drawing, forming, carding and other processes.