Each Dies Hardcore Diecutting Die-cutting Solution (1)

Fifth, the problem is easily resolved in the die-cutting

Die-cutting and indentation processing technology is applicable to the surface processing of various types of printed matters, and is particularly targeted at the finishing and processing of various grades of cardboard boxes, cartons, trademarks, and artwork, as well as one of the important means for achieving packaging design. Molding technology only plays an important role in the final quality and effect of the packaging. At the same time, it can greatly improve the artistic effect of printing crystals, and it also gives new functions to printed products. It has become an important means for value-added and promotion of printed materials. Therefore, the technology of die-cutting and indentation is increasingly favored by people, and the scope of use is also becoming wider and wider.

The plane unfolding structure of various types of cartons used in packaging consists of contour cutting lines and indentation lines, and is formed by die-cutting and indentation technology. Molding is the main process feature. In particular, for some non-linear contoured structures and functional structures, such as carton boxes with unequal heights inside and outside, open handle holes, ventilation yl, and window openings, etc., only molding methods are used to facilitate molding. Due to these characteristics of molding processing, it has become more and more widely used in various types of printing paperboard molding b mouth, has become an important part of the carton business molding process indispensable.

Die cutting process

Before molding, first press the copper wire (that is, die cutter) copper wire (that is, the pressure knife) or the steel mold into a die-cutting indentation plate (abbreviated as stamped plate) according to the product design requirements, and then press the mold platen into the mold. On the machine, under the action of pressure, the paperboard is rolled and cut to form a fold line or other die. Molded plate structure and working principle shown in Figure 1, Figure 2 is a round die cutting, Figure 3 is a flat pressure die cutting. Die cutting indentation of the main process and operation process (shown in Figure 4)

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