The die-cutting indentation process, which we usually call die-cutting indentation process, combines die-cutting cutter and line-pressing cutter in the same template and stops die-cutting and indentation simultaneously on the die-cutting machine, is called die-pressing for short.
The technological principle of die-cutting indentation is that according to the design request, the packing box printing plant stops processing and manufacturing on the machine with steel knife template, and punches the paper or material into the required packing box shape and presents the special effect in the way. This kind of technology is called die-cutting.
Specific paper and data are processed and manufactured on a machine equipped with steel wire template according to design requirements. The paper or data surface is printed with deep or shallow steel wire trace under pressure. Then folded by hand or machine, paper and materials are easily bent and formed into a certain way of structure or shape, such technology we call indentation.
Usually, die-cutting indentation process is a process that combines die-cutting cutter and line-pressing cutter in the same template and stops die-cutting and indentation processing at the same time on the die-cutting machine. But we also call it die-cutting or die-pressing.
Moreover, it can be operated as a separate process and can merge the two processes into one process on the same machine. Die-cutting plate is equipped with both steel knives and wires, which are not incompatible with each other.
Die-cutting indentation technology has changed the single straight line or plane way in packaging printing, and let all kinds of packaging printing present in plane and curve. All kinds of shapes and shapes invented are more beautiful and delicate, full of creative and intelligent packaging and printing products.
In the field of paper packaging and printing, die-cutting and indentation technology is widely used. For example, common packaging cartons, special-shaped hanging tags, hollow labels, folding DM billboards, non-adhesive printing, leather products and so on, need to use die-cutting technology in post-press processing.
Common are plane packing boxes and cubes, cubes, cones, polygons, and other graphic works with different shapes, such as circles, ellipses, plum blossoms, polygons, etc., as well as other special creative shapes presented in Book albums to separate a page design.
The drum printing machine is usually equipped with a drum cutting machine. Although the type of die it can use and the paper it can cut properly have limitations, this method is obviously very effective for printing materials that require a lot of die cutting.
However, the flat sheet data can only be processed on the die-cutting equipment of the device platform. Due to the large number of manual operations, the consumption efficiency is low, but it can be more abundant and diverse die-cutting processing technology.
Typical examples of centralized die cutting are: A round hole B hand tear line C cardboard box D skylight E special F origami machine, because of the universal application of origami technology, the use of professional origami machine is the general trend.
For example, today's folding machine can provide powerful processing plan to optimize the consumption process. Compared with manual indentation folding machine, folding machine has different advantages in terms of quality and efficiency.