Jun 25, 2024

Characteristics and areas of application of metal stamping technology

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With the rapid development of commodity technology such as electronic communications, motors, electrical appliances, vehicles, household appliances, etc., the demand for precision hardware stamping parts is increasing, the technical standards are getting higher and higher, and the application fields are becoming more and more extensive. Therefore, in mass production and mass production, general stamping machines can no longer meet production and technical standards. High-speed precision stamping machines are an effective way to improve the productivity of hardware stamping. Because the rolling stroke of the high-speed precision stamping machine is about 5 times that of an ordinary stamping machine with similar tonnage, the high-speed precision stamping machine not only has high-precision hardware stamping parts, but also has good surface quality and durable molds.

 

High-speed precision hardware stamping die technology is mainly based on the application of profile processing products, composed of three basic elements: high-speed press equipment, precision hardware stamping die, and high-quality coil, and is harmoniously connected in the punching peripheral equipment uncoiling equipment, leveling equipment, material lubrication device, material lubrication device, parts equipment, material equipment, and material collection device, and combines hardware stamping automatic production line according to the hardware stamping process.

 

Hardware stamping automation can not only greatly improve labor efficiency, improve labor conditions, reduce costs, but also effectively ensure the personal safety of hardware stamping production, and change the appearance of hardware stamping production from the source, so it is widely used in electronics, communications, vehicles, machinery, military, light industry, motors, electrical appliances, instruments, medical equipment, automatic equipment and household appliances manufacturing industries. It is also becoming more and more common in the manufacturing and application fields of rail transit, aerospace engineering, new energy and other products.

 

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