Computer thin blade slitter scorer in Italy

Recently, senior engineers from CZXY-PACK group completed the installation and debugging of a fully computer thin blade Slitter Scorer machine at a cardboard box factory in an Italian city. They also provided systematic training to customers, conducting trial runs and training for every order from the customer's factory, and enabling Italian factory operators to independently operate proficiently, enabling factory staff to proficiently use this highly intelligent computer thin blade slitter scorer machine.

With the rapid development of science and technology, China has silently staged the third industrial revolution, a comprehensive transformation from mechanization to intelligence and informatization, and has been fully applied to the field of carton machinery.  CZXY-PACK group is the leader of this third industrial revolution, fully withdrawing from various intelligent carton machinery. The intelligent computer thin blade slitter scorer machine is an important part of carton machinery, because the cardboard produced from the Production Line can be freely used on the flexo printing machine, and this computer thin blade slitter scorer machine is indispensable because the cardboard produced from the production line is generally of a single size, but customers need a variety of cardboard boxes. Therefore, after purchasing cardboard, most printing factories need to cut the cardboard themselves to meet customer requirements. However, it is difficult to change the order of the common thin knife machine with transmission, which takes a long time and has low work efficiency. The intelligent computer thin blade slitter scorer machine developed by our company has changed the previous drawbacks. The order change can be completed in about 10 seconds, and the knife lines are all independently servo controlled. It can be said that the paper boards produced by the production line can be quickly processed for the second time. It is perfectly applied to flexo printing machines to produce various sizes of cardboard boxes, perfectly solving various problems of cardboard size.