1. Kraft Paper Slitting Machine uses automatic constant tension, central surface reeling.
2. Frequency converter timing for main machine, keeps high speed and stable operation.
3. It has the functions of automatic metering, automatic alarm etc.
4. Adopts A and B pneumatic shaft structure for rewinding, easy for loading and unloading.
5. Adopts photoelectric automatic error correction adjustment system for unwinding, narrow materials will be easy slitting
6. Equips with automatic waste film blowing device and circle blade system.
7. Automatic material inputting with pneumatic, is matched with inflatable
How to set control Kraft Paper Slitting Machine
Open the electrical isolation switch (set in front of the electric control cabinet), press the EMERCENCYSTOPRESET and READYTORUN buttons, the key to open MACHINE to RUN (on the main console) to check the voltage (380V), the current is correct and stable. Open the hydraulic system power switch (set on the main hydraulic drive frame), check that the main hydraulic drive system oil level and pressure gauge display is correct and stable.
Open the pneumatic shut-off valve (set on the intake pipe under the pneumatic control cabinet), check that the air pressure is correct (not less than 6.0 bar), and stabilize. Set the slitting menu according to the type, thickness, length, width, etc. of the film arranged in the slitting plan.
Lift the corresponding BOPP film file from the PDF. Set the winding length and width of the film of the corresponding specification. Select the corresponding winding station, adjust the pressure roller arm and pressure roller, and install the paper core of the corresponding specification.
Loading: According to the requirements of the cutting plan, according to the driving operation rules, according to the actual situation, the corresponding mother roll is hoisted on the aging frame, placed on the unwinding frame of the slitting machine according to the inner and outer selection direction of the corona surface, and the control button is used. Clamp the steel core, leave the steel core support arm and drive.
Film penetration: When there is no film on the slitter, the film must be penetrated. Using the slitting machine through the membrane device and the function keys, one end of the original membrane is attached to the membrane chain eyelet, and the membrane button is activated to distribute the membrane along the slitting process to be evenly distributed on each roller.
Film: When there is a film on the slitter, when changing the joint, use the vacuum filming table to start the filming station to the working position, manually flatten the film on the first pulling roller of the slitting machine and start the upper vacuum pumping film. Soak the film flat on the filming table, attach the double-sided tape and cut off the excess film under the tape, flatten the film on the unwinding frame and start the lower vacuum pump to make the film flat and absorb the paper. Layer and flatten the adhesive film, the joints should be neat and wrinkle-free, then turn off the upper and lower vacuum pumps to open the filming station to the inoperative position.
The application of the two-axis automatic cutting table is a growing industry, because each company needs to package and palletize the products. In packaging applications, the cost of robotics continues to decrease, while its performance and user-friendliness are constantly evolving. The trend that robotics is widely used in packaging applications can be seen to be similar to the sweeping trend of the computer industry.
The industry believes that the application of robots in rigid automation is increasing, and some high-end trends will continue in the next few years. Robots with a traditional orientation are transforming into robots tailored for a certain packaging application.
In the production plants of manufacturing enterprises, in order to adapt to the surge in production, each machine must have a high processing speed, which has become a basic requirement for enterprises. Due to the large randomness of product placement on high-speed packaging lines, production line matching vision systems and conveyor tracking systems are required. As a result, robots on the packaging line are more in need of visual system involvement.