All stamping processing plants generate metal waste such as scraps during the production process. The stamping process generally includes four types: shearing, blanking, punching, and forming. Each process is very easy to produce a lot of stamping scraps, and the scraps produced by stamping are not the same as other machining processes. They mainly include the following characteristics:

1. The amount of scraps is huge: there are a wide variety of stamping parts produced, and each product generally contains multiple processes, so the amount of scraps produced in the factory is very large. A small stamping processing plant can basically produce dozens of tons of stamping scraps a day.

2. The generation of scraps is relatively lax: The production mode of the stamping processing plant is multi-variety and large-scale production, with multiple punches in the stamping workshop, and the processing process of each punch is different. Basically, no process will produce scraps, which leads to the relatively lax generation of scraps.

3. There are various shapes of scraps: The processing technology is mainly composed of shearing, blanking, punching, forming, etc. Most of these processes will produce scraps, and the shape of scraps of different process products is also different. Different products and different processes produce different shapes and sizes of scraps. 4. The scraps are updated quickly: There are various products to be processed in the factory every day. When a product is produced, a kind of scrap occurs, and after replacing the mold, the scraps of the product are another situation. The scraps of all products in the general stamping factory are different every day.

5. The scrap material composition is messy: The materials usually used in stamping processing plants are mainly carbon steel, stainless steel, aluminum, copper and other metal materials, and all the scrap materials produced are also very messy. In addition, the thickness and mechanical properties of the same ingredients are also different; and after the punch, the properties of the material will be changed due to the action of force, and different pressures and different processes will change the material differently.

This article is from EMAR Mold Co., Ltd. For more EMAR related information, please click: www.sjt-ic.com,