How to deal with bad molds in the process of stamping processing factory-hardware

In the production process of stamping processing plants, they often encounter defects in stamping dies due to wear and other problems, such as non-stripping, possibly due to insufficient spring force, unreasonable design of the stripped parts, etc. At this time, springs may need to be replaced, Or increase the spring, or improve the stripping structure, increase the ejector pin, etc., then you need to use a drilling machine to drill, or a milling machine to drill the countersunk head, and it may also use welding, then you need to be able to operate the argon arc welding machine, It can burn argon arc welding, etc., and may need grinding and milling after burning. Therefore, the masters of stamping processing plants must be familiar with the working principles of various molds and their processing accuracy requirements; a set of stamping molds is responsible for you, first you need to fully understand its structure, working principle, and design ideas Wait, you must be familiar with the role and performance of each part, so that after the mold has a problem or broken during production, you will quickly think of where the problem is and where to repair it. The structure of each set of molds and the designer's ideas are different, so the repair methods of each set of molds are different, in short, the same is true. With rich experience, you can confidently say 'no problem' with any set of molds in your hands, and you are not afraid of any problems with him, because you can overcome any problem, it's just a matter of time and energy. However, no matter how experienced you are, you will not be very confident. Because the development of mold technology is still very fast, there will soon be new skills, new ideas, and the mold repair methods used yesterday may not be so effective today. I hope that the knowledge shared by Xiaoshuo will be helpful to you. 15 years of focus on hardware in stamping processing plants, more than 20 Ru0026D and design engineers, rapid plan evaluation according to your needs, 4 days of mold production, daily output of 3 million punching times. Solve your time requirements, precision requirements, and quality requirements from the source!