Precision stamping technology is an advanced manufacturing technology for modern stamping production. It can be divided into electronic parts, IC integrated circuit lead frames, motor iron cores, electrical iron cores, heat exchanger fins, automotive parts, home appliance parts, and other types according to industry, usage, and process characteristics, with a wide range of applications.
It is understood that in recent years, the production of precision stamping parts in China has been increasing year by year and developing rapidly. China's electrolytic aluminum production is very large, and in addition to the huge demand for automotive and other industries, it is constantly expanding its usage areas. Precision stamping parts have a huge functional advantage in fields such as automotive development, and have become indispensable metal die castings in these fields. These advantages have been applied to the IT industry.
Driven by the trend of lightweight automobiles, there has been a huge demand in the global precision stamping parts market. With the internal optimization and upgrading of the automotive industry in recent years, aluminum castings have gradually replaced gray iron castings, continuously stimulating the growing demand for precision stamping parts. The scale of China's IT industry is very large, especially with strong production capacity. Its various types of mobile phones and other equipment not only meet domestic demand, but also export a large amount to foreign countries. It is believed that precision stamping parts will become an important raw material for producing such equipment for a long time in the future. The technology of precision stamping parts has the characteristics of multiple varieties, diverse materials, thin plate rolling, large automated production batches, high precision, complex appearance, high technical content, and added value. In today's highly developed market economy, it holds a very important position.