Stamping Mold Design Safety Requirements
Stamping technology is an important part of metal processing technology. Stamping mold is an important tool for stamping parts. It is necessary to ensure the safety of the stamping process by ensuring the safety performance of the stamping mold in the design process.
1. At the beginning of mold design, the blank thickness, forming conditions and other related parameters of forming parts must be fully considered, and the reasonable force sequence proposed by the engineer must be guaranteed.
2. The stamping temperature of various processes should be appropriate. The temperature should be calculated in advance according to the experience and data, and the temperature difference should be minimized.
3. In the design of stamping process, it is necessary to select the appropriate die core and cutting adhesion force between the formed parts and the metal surface, so that the metal surface will not be corroded by the stamping grease.
4. The tolerance should be strictly checked to ensure that the Shaping parts can be fitted with the relevant mechanical components in their expected positions.
5. The mold should be designed to be resilient, and the failure of the stamping process should not damage the mold, so as to avoid the waste of materials and reduce the cost.
6. In the design of die structure, the mold should be designed to be as smooth as possible in order to reduce the unexpected energy.
7. The position of the designed stamping mold should be clearly marked, the reinforcement of the press should be marked on the surface, and the technology value of the pressure should be specified on the surface.
8. The design of the die must be determined according to the machinery and cylinder used for the stamping process, and the position of the die must be matched with each other for better performance.
9. All electronic components and switches connected to the stamping mold must be designed and placed correctly, with grounding and earthing of the mold frame.
10. The design of the stamping mold should be in accordance with the corresponding safety regulations and related safety standards, so as to ensure the safety and reliability of the parts during the entire stamping process.
11. Each component of the die must be strictly checked to ensure its feature function, so as to reduce the chance of failure or quality problems caused by one component.
In conclusion, in the design of stamping mold, comprehensive consideration and comprehensive evaluation should be carried out, and the safety requirements, mechanical requirements and operating maintenance requirements of the stamping parts should be fully considered in the design process.
