The processing type of stamped parts mainly refers to the method of using molds and presses to perform plastic deformation on sheet metal, making it into parts with specific shapes and sizes.
Stamping processing, as an important means of metal processing, involves cutting, separating, and deforming materials to obtain stamped parts of the desired shape and size.
Material issues: Quality problems with the stamping material itself are one of the main causes of cracking, which may include inclusions, defects, or uneven material or large differences in hardness.
Stamped parts are parts made by continuously impacting and plastic deforming metal sheets through a punch press. It is usually composed of processes such as punching, bending, stretching, and riveting. Stamping parts can process complex shapes with high precision and efficiency.
Low cost: The production cost of stamped parts is relatively low because their production process does not require a large amount of materials and energy, and the production efficiency is high.
Stamping parts are parts that use a press to apply pressure on metal sheets, and use punching and shearing molds to produce plastic deformation, cutting or separating them into the desired shape and size.
The production and processing process of stamped parts is: Cutting → Punching → Edge trimming → Groove cutting → Flanging (bending) → Material dropping.
The stamping parts designed by Dexiong must be conducive to improving the utilization rate of metal materials, reducing the variety and specifications of materials, and minimizing material consumption as much as possible.
The special stretching process for stamping parts is a widely used technique in metal stamping processing. This process method can help manufacturers achieve higher precision and better product quality in metal stamping processing. In this article, we will explore the definition, principles, and applications of special stretching processes for stamped parts.