The packaging and printing industry in China has a history of over 40 years and is currently the largest and best equipped emerging industry in the domestic printing industry. It is also one of the industries that will continue to expand in the future. Packaging is an important component of the printing and publishing industry, with packaging products accounting for 20% of all printed materials and maintaining an annual growth rate of 5%. Packaging and printing enterprises in this new 21st century, In daily life, packaging boxes have also become more lively, with more vibrant and eye-catching colors, and increasingly bizarre shapes. Therefore, in order to produce singularity, it is not only necessary to pay attention to color design and printing, but also to the combination of box shapes, As a result, the demand for cardboard boxes is becoming increasingly high. Therefore, traditional cardboard box sampling is far from meeting the demand. Therefore, a fully automatic CNC high-efficiency high-end cardboard box sampling machine has emerged to help cardboard packaging factories solve various problems that arise from traditional cardboard box sampling
Introduction: The cardboard box proofing machine is a machine used by a cardboard factory to make cardboard box samples. After accepting customer entrustment and product specifications and requirements, a general cardboard factory will first produce one or several samples, return them to the customer for correction, confirmation, and sign a contract for mass production. The sampling machine belongs to the machinery used for the preliminary production preparation work of a cardboard box factory.
The working principle of the file graphics processed by professional software includes the indentation line type required for the actual box sample, cutting line type (corrugated paper/cardboard/film paper), and may also include dimensions, file annotations, etc. (cardboard/film paper, etc.). Different cutting tools/pressing wheels/drawing tools are installed according to the actual needs, and transmitted to the machine in a certain format through the network or data line, The machine will automatically recognize various line types in the graph and select corresponding tools (knives/rollers/pens), while working according to corresponding parameter settings such as working speed, tool type, blade cutting depth, indentation depth, etc. to complete the box sample or drawing. In the past, strangely shaped cartoons, puzzles, and other materials could only be made using die-cut boards, while some three-dimensional box designs and items cannot be designed at once. They must undergo repeated modifications and assembly to achieve true effects;