Manufacturing method of porous waste removing and material belt guiding process device

1. This utility model relates to the technical field of die-cutting processing, in particular to a porous waste removal and material belt guiding process device.

Background technique:

2. In the prior art, the die cutting device used when punching products with porous shapes is shown in FIG. A product die cutter 1011 is set for punching the strip, and the cross section of the product die cutter 1011 is consistent with the corresponding hollow part of the final product. When using the traditional die-cutting device shown in Figure 1 to die-cut porous shaped products, the material belt 5 is first transported between the upper mounting seat 100 and the lower mounting seat 4. When the upper mounting seat 100 and the lower mounting seat 4 are closed, The product die cutter 1011 punches the material belt 5, the upper mounting seat 100 and the lower mounting seat 4 open the mold, and the material belt 5 is conveyed to the next station. In this way, the die-cutting of the porous shape product is completed.

3. However, when the above-mentioned traditional die-cutting device is used to punch products with porous shapes, the large amount of hole waste generated during the die-cutting process cannot be cleaned up in time. It is usually necessary to make a triangular shrapnel to discharge the small hole waste. The following undesirable phenomena may occur in the process: it is easy to have waste materials that are not drained cleanly and leaking; small holes and waste materials are scattered everywhere, affecting the cleanliness of the production site and product cleanliness; the cumulative tolerance of the straightness of the material belt is getting larger and larger , Resulting in inaccurate product values and failing to meet the standards required by customers.

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