Steel rule die cutting machine development

In order to achieve the purpose of product packaging in the early products, the traditional mechanical wire saw gaps, manual bending tools, and manual inserts were generally adopted for the knife template without considering the package appearance and molding quality. This traditional method is After the required product drawings are drawn, they are drawn on a stencil—multi-layer splint through carbon paper, and then the stencil saw is used to saw the lines according to the lines drawn on the stencil, and then the tools are embedded and calibrated by hand. This kind of processing cost is low, the equipment investment is small, so it is currently very popular, commonly known as manual knife mold. However, its processing speed is slow and its accuracy is low. It cannot be processed when it encounters slightly complicated graphics or requires multiple simple but identical graphics with the same consistency and accuracy requirements on the same template. Manual knife mold greatly affects the work efficiency of knife mold making and subsequent processes. At the same time, the error of the finished product is large, and it is difficult to guarantee the quality. Therefore, the developed countries in Europe and the United States have basically eliminated this manual knife mold manufacturing method, all updated to CNC laser cutting equipment and supporting steel rule die cutting machine processing laser row knife mold die, commonly known as laser knife.

    In recent years, with China's accession to the WTO and the development of economic globalization, consumers in the domestic market have continuously increased their requirements for product packaging, and have become more sophisticated, personalized and diversified. It is precisely this demand that makes computer machete molds supporting laser numerical control cutting to replace traditional manual mold making an inevitable development trend.