Things to note when debugging cold stamping dies to produce automotive stamping parts

2023-09-26 08:27:02

Nowadays, when manufacturing stamped parts for automobiles, cold stamping is mostly used, and when manufacturing stamped parts, the die material must be debugged before it can be used in production. After years of research, engineers have formulated strict requirements for the debugging of cold stamping dies. After these detailed debugging, these cold stamping dies can exert more energy in the process of making stamping parts.

However, the cold stamping die must go through some step-by-step processes before producing automotive stamping parts. Generally during debugging, one step must be to determine whether these cold stamping dies can be used on the stamping machine. Simply put, it is whether the newly manufactured cold stamping dies can be successfully installed on the stamping machine for use. If it can be installed on the stamping machine for use, it means that there is no problem with the general structure of the cold stamping die, and the next step of debugging can be carried out.

After determining that the cold stamping die can be used on the stamping machine, the next thing that needs to be determined is whether the specified blank can be processed into the specified stamping part through this cold stamping die. Generally, in this step of debugging, these blanks need to be used to process stamping parts, because during debugging, the basis for judging the match between this blank and the cold stamping die cannot be confirmed in one debugging. In this step of debugging, it is necessary to go through a certain number of operations for producing stamping parts and a certain amount of data calculation results to finally determine whether the blank and the cold stamping die are completely consistent.

Now that we have completed the first two operations, we need to check whether the stamping parts produced by these cold stamping dies meet the requirements when producing automotive stamping parts. Generally, in the process of checking whether these stamping parts meet the requirements, we not only have to compare the design drawings of the stamping parts with the manufactured products, because the assembly of a car is a complex process. During the assembly process, if any stamping part If the parts made do not meet the stakes, it may result in the car not being successfully produced and put into use. When checking whether these manufactured stamping parts meet the requirements, if it is found that these processed stamping parts do not meet the requirements, the reasons should be found from the processing technology and cold stamping die, so that this type of stamping parts can be consistent with the design of the drawings. It is common to ensure that the car can travel safely.

After determining that the stamping parts made by the cold stamping die meet the requirements of the drawings, we also need to check the standards and sizes of these stamping parts during the next debugging. If the requirements are not met, the specifications and sizes of these cold stamping dies can be adjusted until the requirements are met.

After seeing the above introduction, some people will think that the debugging work of the cold stamping die is not over yet. In fact, the real debugging work is not over. In the final debugging work, it is judged that the processed automobile stamping parts fully meet the requirements. After the requirements are met, strict operating procedures must be formulated for this cold punching simulation, so that this cold punching die can be used by more people in actual operations.

In fact, during the entire process of debugging the cold stamping die to produce automotive stamping parts, the debugging personnel must pay attention. If the debugging finds that it affects the stable and batch production of the cold stamping die, the debugging personnel should make timely adjustments to the cold stamping die. After all, the cold stamping die is The goal of safe production can be achieved.