The slitting machine is usually controlled by the control system, and the specific control methods of the slitting machine include the following:
1. Mechanical control: Some traditional models of slitting machine may adopt mechanical control mode, and control the movement and speed of the slitting knife through a mechanical transmission system to achieve slitting of materials.
2. Electrical control: Most modern slitting machines use electrical control systems, including PLC (programmable logic controller), inverter, touch screen and other equipment, through which the movement, speed, stop and other operations of the slitting knife are controlled.
3. Pneumatic control: Some slitting machines may also adopt a pneumatic control system, which controls the up and down movement, clamping, and loosening of the slitting knife through a cylinder or pneumatic valve.
4. CNC control: The slitting machine with high precision requirements usually adopts a CNC control system, which accurately controls the position, speed and motion trajectory of the slitting knife through CNC equipment to achieve accurate cutting of materials.
It is advisable to perform a sample test first to optimize the parameters (e.g. tension gradient, tool clearance).
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distinguish between substrates such as PET, OPP, PVC, and paper, as well as the thickness and hardness of the hot stamping layer.
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How to maintain film integrity, functionality and yield while slitting with high precision.
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For special width ribbon processing for customized slitting needs, here are a few possible solutions:
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The pore structure of the separator affects the ion conduction efficiency, and high-precision slitting avoids burrs or deformation at the edges to ensure uniform distribution of pores.
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