Reasons for fission and deformation of prototype models during production and how to avoid them
During the processing of the prototype model, because it is subjected to relatively large external forces, including some factors such as the environment and temperature, it may cause cracks or deformation. Therefore, in order to better avoid this situation, we must understand why there are accidents in this area. Then, do the preventive work in the early stage. Now let's take a detailed look at the reasons for the fission and deformation of the prototype model during the production process.
If the prototype has cracks, it is difficult to repair, damaged or even irreparable, so try to avoid cracks. Because if the internal stress gap exceeds the bearing capacity of the prototype, cracks will appear. Another point that must be paid attention to in the production process is the cause of deformation. The internal stress of the prototype will cause the prototype to be deformed by uneven pressure. Therefore, to make a prototype, it is necessary to have advanced production equipment, professional technicians and experienced technicians to solve the problem of prototype deformation. In order to improve the quality of prototype products, we employ professional and technical personnel to reduce the harm of metal materials to the prototype, so as to ensure the quality of the prototype.
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