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Introduction to the Application of Stamping Technology
Stamping technology, also known as pressing technology, refers to the general term for a series of operations, such as blanking, bending, drawing and shallow drawing, that use a stamping press to process metal and non-metal materials by pressing the mold.
In stamping technology, blanking is the most commonly used process. The blanking process, also known as blanking, perforating and cutting, is a process to cut the workpiece into a shape by shearing the material along its outline. In other words, it is a process of separating parts from the main body material. In the blanking process, various stamping dies are used, such as medium speed, high speed and progressive stamping dies.
Bending technology has a wide range of applications in the operating and processing of sheet metal parts.Through the use of the die bending principle, sheet metal parts can be bent into U-shaped, V-shaped and other sections.It is an efficient and high-precision processing method.
Drawing technology mainly refers to the process of using shapes or cavities of the mould to change the geometric shape and size of the blank and obtain parts with a certain shape and size. Generally, it is used to process flat blank materials or plates into curved or axisymmetric parts with complex cross-sectional shapes.Drawing technology can usually be divided into deep drawing and shallow drawing.
Along with the development of modern science and technology, other new technologies are continuously emerging and applied to the processing of mechanical parts.These new technologies have achieved good results in the respective application fields and greatly improved the accuracy, efficiency and quality of stamping and parts processing.
Automotive Stamping Technology
Automotive stamping technology is the primary method of forming the body, frame and other components of automotive parts.Because of its advantages of high efficiency, low cost and a variety of shapes, stamping technology has become an important part of the automotive industry.The rapid development of stamping technology and its application in the automotive industry has greatly improved the processing quality of automotive parts, improved processing and production efficiency, and further promoted the development of the automotive industry.
The automotive stamping process includes blanking, cutting, bending, drawing, trimming, trimming and other related processes, in which the main stamping process equipment of automobile parts are diverse, complicated and precise.In the process of producing specific components, combined punching and cutting, disc punching, cold deformable stamping, drawing, deep drawing and other technologies are often used.
With the continuous development of new energy vehicles, lightweight and lightweight automobile body materials are gradually being applied.High-strength steel and aluminum are gradually becoming the main material used in body manufacturing.In order to carry out these material processes, deep drawing technologies such as roll forming and roll forming are used to develop lightweight automobile bodies, enhance the performance of those materials, improve defects such as cracking and tearing, and improve the safety performance of the body.
Stamping Technology Application in Electronic Products
Stamping technology is an important part of precision sheet metal processing, which is widely used in the production of electronic products.The application of stamping technology can improve the hardness of parts, reduce the weight, enhance optical properties, improve the stability of the workpiece, refine the appearance and reduce production costs.Stamping technology plays an important role in the production of cosmetic boxes, unique product shells and power batteries for electronic products.
The processing of thin-wall and shell-shaped parts requires high precision and requires greater precision for the stamping process equipment.It is necessary to choose the suitable stamping process equipment, and then combine the corresponding stamping technology and mold to complete the stamping of thin-wall and shell-shaped parts.
Conclusion
Today, stamping technology is widely used in various fields, and its application and development are becoming increasingly perfect.In the production of automotive and electronic products, various new stamping technology applications can be seen, which has improved the quality and performance of parts.Stamping technology Shows great potential and will continuously bring better changes to the field of industrial processing.
