The manufacture of
stamping components requires three elements, that is, suitable stamping tools, effective stamping equipment and advanced stamping dies. Stamping dies refer to a special tool that can manufacture materials into components or semi-finished components.
Therefore, the debugging of stamping dies is vitally important. Then, what kinds of results do the debugging have to realize? Or, what are the functions of debugging process.
First, debugging process helps to determine the molding conditions and technological procedures of products. Qualified products would be produced after trial stamping and adjustments. During this process, one can grasp and understand the usability and performance of the stamping dies, as well as the molding conditions, methods and rules of products. These will be beneficial when formulating technology regulations of batch production.
Second, problems will be found out through debugging. During the process of fixing problems, experience will be accumulated. This will promote the improvement of stamping.
Third, stamping dies debugging can help to determine technologies and some certain sizes of stamping dies. There are some sizes that can not be calculated simply with regard to complex or precise stamping parts. For example, the corner radius of drawing dies. They can be only determined after trial stamping.
Fourth, stamping dies debugging can assist to make sure the rough shapes, sizes and material standards of products. In design of stamping dies, the rough shapes and sizes of some complex components can not be grasped during the process. In order to get relatively accurate rough shapes, sizes and material standards, repeating trial stamping is in demand.
Fifth, debugging can identify the quality of stamping dies. It can verify d the quality of dies and make sure whether the dies can be used in production.
