Views:0 Author:Site Editor Publish Time: 2019-09-12 Origin:Site
The application of stamped parts is very diverse, and due to technical and economic development, stamped parts are constantly evolving.
Stamped parts application
Stamped parts are the most commonly used
Metal fabrication automation development direction
Due to the superiority of stamping, stamping processing is widely used in various fields of the national economy. For example, used parts are used in aerospace, aviation, military, machinery, agricultural machinery, electronics, information, railways, post and telecommunications, transportation, chemicals, medical appliances, household appliances and light industry. Not only the stamped parts are used in the entire industry, but everyone is directly connected to the 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 and processed. According to the survey statistics, 80% of bicycles, sewing machines and watches are stamped parts; televisions, tape recorders, and cameras are 90% of stamped parts; there are food metal cans, steel-fired boilers, enamel bowls and stainless steel tableware. All are stamped and processed products using molds; even the hardware of the computer is not missing the stamped parts.
Stamped parts are the most commonly used parts in the field of metal processing and machinery manufacturing. Stamped parts processing is a processing method in which a metal strip is separated or formed by a mold. Its application range is very broad. The materials processed by stamped parts are mainly hot-rolled or cold-rolled (mainly cold-rolled) metal strip materials, such as carbon steel sheets, alloy steel sheets, spring steel sheets, galvanized sheets, tin-plated sheets, stainless steel sheets, copper and copper alloys. Plate, aluminum and aluminum alloy plates, etc.
However, the molds used in the stamping process are generally specialized, and sometimes a complex part requires several sets of molds to be formed, and the mold manufacturing has high precision and high technical requirements, and is a technology-intensive product. Therefore, only in the case of large batch production parts, the advantages of stamping processing can be fully reflected, thus obtaining better economic benefits.
Of course, there are some problems and shortcomings in stamping. Mainly manifested in the noise and vibration generated during stamping processing, and the operator's safety accidents occur. However, these problems are not entirely due to the stamping process and the mold itself, but mainly due to the 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 be solved as soon as possible.
Automation is critical to the industry, and stamping practitioners are also extremely concerned about whether stamping parts can be fully automated. Any industry needs us to do a good job and learn more, in order to truly protect the future self-improvement.
With the continuous advancement of technology, it is now possible to achieve a large degree of automatic production for the processing of stamped parts, that is, the whole process is mechanized, not only has a large improvement in production efficiency, but also Safety and other aspects are also better protected.
After the stamped parts processing plant is constantly improving its self-technique, you will find that the overall processing speed can be better guaranteed. In the future, the industry will continue to achieve better production and processing. China needs to develop in a more refined direction, and it must be stable and free from rough processes and cheap technology to become more specialized and technologically developed.
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