Principle and flow of stainless steel punching process

Principle of stainless steel punching technology

Stainless steel punching technology refers to the use of pressure and stamping die to produce plastic deformation of the metal sheet, thus forming the required holes in a processing. The principle of the technology is based on the plastic deformation of the metal material and the fracture phenomenon of the material, with the help of professional processing equipment, through impact and stress concentration, the stainless steel sheet is washed out of the holes of the desired shape and size.

Stainless steel punching technology mainly includes material selection, mold design and processing parameters control. The selection of materials needs to consider the hardness, toughness and corrosion resistance of stainless steel to ensure the quality and effect of punching. The design of the mold needs to determine the shape and size of the punching hole to ensure the smooth and accurate punching process. The control of machining parameters includes pressure, speed and impact, etc. The reasonable setting of these parameters is very important.

The principle of stainless steel punching technology is simple but practical, and is widely used in the production of stainless steel products in various industries.

Stainless steel punching process

Stainless steel punching process mainly includes material preparation, mold layout, punching processing and subsequent treatment steps. Products require the selection of appropriate stainless steel plates, cutting and trimming to ensure the smooth and smooth surface of the material.

Layout and arrangement of punching holes, design and corresponding punching dies. The design of the mold needs to consider the thickness of the stainless steel plate, the size and shape of the hole, etc., to ensure the accuracy and stability of the punching.

Then, the prepared stainless steel plate is put into the punch or punching machine, and the hole is stamped out through the impact force and the role of the punching die. The punching process requires strict control of processing parameters to avoid excessive deformation or hole inaccuracy.

Finally, the punched products are cleaned, deburring and polishing to improve product quality and surface smoothness.

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