High-speed slitting machine because the mechanical operation is relatively fast when working, the efficiency will also be improved, for the high-speed slitting machine for many factories are to see its figure, especially for the processing of paper, the high-speed slitting machine can play a better effect, let's talk about the factors that affect the efficiency of the high-speed slitting machine?
In the slitting process, the stable tension system is an important indicator to ensure product quality, which controls the mutual tension between unwinding, traction, slitting, rewinding, etc., so that the slitting material is always in a stable state in the slitting process. If the tension is properly controlled, the deformation and drift of the raw material in the process of increasing and decreasing the speed of the machine can be avoided. Generally, the unwinding tension is slightly greater than the sum of the winding shaft tensions.
In this way, if the non-operation occupies a long time, such as: machine adjustment, tool setting, tool change, material change, joint, roll change, processing problems and other long time, it is meaningless to simply improve the speed of the slitting machine. Not to mention the stability of the slitting machine, which will not only affect the working efficiency of the slitting machine, but also affect the product quality, and will cause trouble and unnecessary waste to the next process. So the working efficiency of the slitting machine is a comprehensive concept.
Therefore, the design of high-reliability slitting machines must shift from "passive response to faults" to "active prevention, fault tolerance and rapid recovery".
06. October, 2025The high yield, low loss and stable production efficiency it brings will eventually translate into strong market competitiveness.
29. September, 2025In the hot stamping process, the slitting quality of hot stamping foil is a key factor affecting the loss rate, production efficiency, and final product quality.
26. September, 2025A systematic engineering approach that spans the entire lifecycle of design, production, debugging, delivery, and operation.
26. September, 2025In today's highly expensive and competitive manufacturing environment, any bit of material waste can directly eat into profits.
25. September, 2025