How to maintain precision injection molds for automobiles
Any item needs to be maintained to extend its service life, and precision injection molds for automobiles, which are so expensive, require maintenance even more.
A responsible mold manufacturer first needs to understand the basic situation of automotive precision injection molds. They can equip each set of molds with a resume card, which should provide detailed records, as well as statistics on its use, care (lubrication, cleaning, rust prevention), and damage. In this way, it is possible to identify which parts and components on the precision injection mold of the car are damaged and determine the extent of damage, and based on this information, find solutions. It should also be necessary to have information on the parameters of the forming process and the materials used in the product, which can shorten the mold trial time and improve production efficiency.
At the same time, our production enterprises should test the various performance of automotive precision injection molds while the injection molding machines and molds are working normally, and measure the dimensions of the molded parts using professional machines. The collection and organization of this information can help determine the current status of automotive precision injection molds, as well as identify damage to cavities, cores, cooling systems, and parting surfaces. The information of plastic parts can also help determine the degree of damage to precision injection molds in automobiles and find more suitable repair plans.
The importance of maintaining precision injection molds for automobiles can be seen once.
A responsible mold manufacturer first needs to understand the basic situation of automotive precision injection molds. They can equip each set of molds with a resume card, which should provide detailed records, as well as statistics on its use, care (lubrication, cleaning, rust prevention), and damage. In this way, it is possible to identify which parts and components on the precision injection mold of the car are damaged and determine the extent of damage, and based on this information, find solutions. It should also be necessary to have information on the parameters of the forming process and the materials used in the product, which can shorten the mold trial time and improve production efficiency.
At the same time, our production enterprises should test the various performance of automotive precision injection molds while the injection molding machines and molds are working normally, and measure the dimensions of the molded parts using professional machines. The collection and organization of this information can help determine the current status of automotive precision injection molds, as well as identify damage to cavities, cores, cooling systems, and parting surfaces. The information of plastic parts can also help determine the degree of damage to precision injection molds in automobiles and find more suitable repair plans.
The importance of maintaining precision injection molds for automobiles can be seen once.
