Mitsubishi's second-generation 1,675-mm ELAN circular die-cutting press can perform the most complex die-cutting effects, the smallest die-cut sections, and even the cardboard back-indentation process, while producing the fastest speeds per minute. 200 cardboards. A large mold barrel with a circumference of 1,675 mm not only imparts strength to the mold barrel, but also minimizes the degree of deformation of the roll due to gravity during die cutting. The die-cutting machine combines the die-cutting accuracy and indentation capability of a flat die-cutting die-cutting machine, as well as the advantages of setting the simple features and production speed of a round-bore circular die-cutting machine. The stainless steel plate installed on the bottom roll anvil mat is used together with the cutting mold to eradicate the setting work that has to be repeated on the traditional steel anvil mat structure. Using this half-hardness anvil pad and mold can complete the pre-set cardboard back indentation process.
The paperboard feeding process is accomplished by a front-feeder. The smooth paper feeding process means that the machine can perform five-layer corrugated cardboard, soft paperboard, E-type corrugated board, and even vertical corrugated board in high-speed production. The vacuum suction system pushes each piece of cardboard onto the bottom grille and the feed roller. The speed of the feed roller will speed up, match the feed roller speed, and the board will then be fed into the machine. The front-edge feeder removes the paperboard slippage due to the indentation on the board and the machine's start-up. The paper feed section is equipped with a standard dust removal device. The vacuum system removes dust and debris from the paperboard surface and the cutting edge of the paperboard, so this system can effectively prevent problems that may occur during printing while ensuring a clearer printed image and less downtime due to board cleaning. time. A vacuum belt conveyor can effectively complete the cardboard transfer between the printing section and the die cut section.
When the board passes through the color group or the die cut, the ink will be dried, so that in the high-speed die cutting process, the printed image on the cardboard will not show any spots, stripes or squiggly stains. The wide-size vacuum belt conveyor system of A4 paper ensures that the cardboard can be transported smoothly. The printing system using the bottom printing principle enables high-quality accurate image printing in high-speed production. A dust removal system continuously removes the dust from the ink roller to prevent the dust from deteriorating the print quality.