Reasonable printing of non-woven printing machines is very important, so what should be paid attention to in the production of non-woven printing machines?
1. The non-woven printing machine is driven by multiple motors, the control signal directly acts on the servo motor, each motor can work independently, and the motor can directly adjust the phase of the printing cylinder, which provides a reliable guarantee for fast response. A shaft drive cannot do this. In addition, each printing tower and even each printing bridge of the paper printing machine are independent, and the operation of each part can be unconstrained by other parts in the stage of preparation for printing, which saves the operator a lot of time, which It also improves production efficiency. In addition, the flexibility of the drive system of the non-woven printing machine is also reflected in the fact that it can be connected with different equipment provided by different manufacturers, and can be combined arbitrarily.
2. The traditional transmission is to use a main shaft to transmit power, and each part relies on the transmission gear to transmit the moving torque. Although the influence of torsional deformation is considered in the design, this deformation is unavoidable. The transmission mode of the non-woven printing machine does not have the twist of the mechanical shaft and the backlash between the gears, so there is no so-called transmission error. The long-term running-in and extrusion between the gears will cause deformation and wear, which will affect the transmission accuracy of the power, and will cause overprinting errors of the printed products, while the shaftless transmission system will not have this disadvantage. Overprint errors can also be ignored.
3. Because there is a shaft, the traditional main shaft, gearbox, etc. are abandoned, which will generate a lot of noise. The non-woven printing machine uses some control modules to drive the drive motor of each printing cylinder, which reduces the number of moving parts, simplifies the mechanical structure, and reduces the parts that generate mechanical vibration, so it is also Noise is greatly reduced.
The above are the precautions in the production of non-woven printing machines.
2. The traditional transmission is to use a main shaft to transmit power, and each part relies on the transmission gear to transmit the moving torque. Although the influence of torsional deformation is considered in the design, this deformation is unavoidable. The transmission mode of the non-woven printing machine does not have the twist of the mechanical shaft and the backlash between the gears, so there is no so-called transmission error. The long-term running-in and extrusion between the gears will cause deformation and wear, which will affect the transmission accuracy of the power, and will cause overprinting errors of the printed products, while the shaftless transmission system will not have this disadvantage. Overprint errors can also be ignored.
3. Because there is a shaft, the traditional main shaft, gearbox, etc. are abandoned, which will generate a lot of noise. The non-woven printing machine uses some control modules to drive the drive motor of each printing cylinder, which reduces the number of moving parts, simplifies the mechanical structure, and reduces the parts that generate mechanical vibration, so it is also Noise is greatly reduced.
The above are the precautions in the production of non-woven printing machines.
Sample Printing
