Today's Slitting Machine Equipment Has Also Become A Leader in The Market

The quality requirements for the cutting section of the metal slitting machine will continue to improve, which requires that the speed of the slitting machine blade in the horizontal direction within the cutting area should be consistent with the maximum speed of the rolled piece. To achieve this goal, a constant speed mechanism is often installed in the slitting machine, and some slitting machines also have clearance adjustment mechanisms. The improvement of these equipment has led to the increasingly complex structure of the slitting machine. So it can be seen that the biggest development trend of the slitting machine is the complexity of the mechanism, but the corresponding improvement in shear quality leads to better performance and more functions of the slitting machine. Firstly, the production of rolling assembly lines is becoming more and more advanced, and the rolling speed is also getting faster. Simply relying on manual operation cannot adapt to the development of rolling technology. In order to ensure that manual operation does not hinder the improvement of rolling technology, it is necessary to have a higher level of automation in the rolling process, which can meet the requirements of modern industrial development. The improvement of industrial development and mechatronics integration process provides necessary conditions for the development of automation.
In the market, many slitting machines are operated using outdated control systems, which is far from meeting the current rapid development of industry. We must change the old appearance of slitting machines and adopt advanced control systems, such as advanced electrical sensors. Because the outdated slitting machine control system has a certain lag in the operation of edge rolling and material feeding control, which will affect the processing and production of the equipment, and affect the efficiency of processing. Generally, the slitting machines we use are single operation edge curling machines, and they are relatively passive to operate. This is very inconvenient for operators, requiring excessive manual labor and requiring full manual control, making operation very inconvenient. In order to improve the transmission situation of the slitting machine, we need to improve its structure by using an automated control system and a dual coiling machine to complete a series of coiling and feeding, achieving the goal of easy operation. If we can effectively address the above shortcomings in the development process of slitting machines, we believe that slitting machines will definitely regain market share and recognition. Of course, this also requires our joint efforts to achieve.