Because of the superiority of stamping, stamping is widely used in various fields of the national economy. For example, there are stamping processes in the aerospace, aviation, military, machinery, agricultural machinery, electronics, information, railway, post and telecommunications, transportation, chemical, medical equipment, household appliances and light industries. Not only is it used throughout the industry, but everyone is in direct contact with stamping products. There are many large, medium and small stamping parts on airplanes, trains, cars and tractors. The body, frame and rim of the car are stamped. According to relevant survey statistics, 80% of bicycles, sewing machines, and watches are stamped parts; 90% of televisions, tape recorders, and video cameras are stamped parts; there are food metal tanks, steel boilers, enamel bowls, and stainless steel tableware. All are stamped products using molds; even the hardware of the computer cannot lack stamped parts.

However, the molds used for stamping are generally specialized, and sometimes a complex part requires several sets of molds to be processed, and the molds are manufactured with high precision and high technical requirements, which are technology-intensive products. Therefore, only in the case of large production batches of stamping parts, the advantages of stamping processing can be fully reflected, so as to obtain better economic benefits.

Of course, there are some problems and disadvantages in stamping. It is mainly manifested in two kinds of pollution, noise and vibration, which are generated during stamping, and operator safety accidents often occur. However, these problems are not entirely caused by the stamping process and the mold itself, but mainly due to traditional stamping equipment and backward manual operations. With the advancement of science and technology, especially the development of computer technology, with the advancement of mechatronics technology, these problems will definitely be solved as soon as possible.