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In the development process of composite terminal products. There are uncertain factors arising from multistage process. At the same time, it is necessary to accurate the stability of the product. In addition, special attention to the use efficiency and functionality of the product in designing the mold.   Reassuring customers is that DSQ can streamline processes and achieve product stability and reduce production cycles.  　

In the face of the joint of dissimilar metals, the use of advanced equipment and tools is indispensable. Different kinds of metal materials show different chemical properties and physical properties. Some materials have good corrosion resistance. Some are lighter and have high strength. DSQ uses a combination of different materials to achieve maximum performance.

Is there any parameter setting that needs special attention when punching?

There is a big difference in the instantaneous pressing pressure required for different products and materials.

If the pressure is too small, the stability of the product is poor. If the pressure is too large, the process loss is too high.

1. Problems and solutions encountered during product development

Uncertain factors arising from multi-stage processes and mastery of product stability,

Plus the long production cycle on the production process is the test I am facing.

The consolidation process has been achieved, stabilizing product quality and reducing production cycle.

2. Points to pay special attention to mold design

Different composite parts need to pay attention to product use efficiency and functionality.

3. Why use two types of sheet metal manufacturing ? Product characteristics and differences ?

The difference in the functions required for the use of the product, the combination of different materials to achieve the maximum performance of the product.

4. Is there any parameter setting that should be paid special attention during stamping?

The instantaneous pressing pressure required for different products and materials has great differences. The pressure is too small, the stability of the product is poor, and the excessive pressure is too high.