Nine performance features of the three-in-one feeder

1. On the main shaft of the material rack, the pneumatic material supporting arm and the material rack limiting rod limit the roll material from both inner and outer directions respectively, making it more stable when rotating.

2. The press arm of the material rack is changed from the traditional hydraulic press to a pneumatic press, which is safe, reliable, environmentally friendly, energy-saving, and reduces noise. It also reduces the size of the hydraulic station and reduces the cost of use. A horizontal motor is installed on the thick plate pressing arm to drive the pressing wheel to rotate and tighten the material to ensure that the material will not rebound and maximize production safety.

3. Install a material blocking detection device to automatically detect the rotation angle and thickness of the main shaft of the material rack to ensure that the rotation speed of the main shaft of the material rack is accurately controlled.

4. The material unwinding control is changed from the traditional one set of photoelectrics to two sets of photoelectrics. The material only needs to block one set of photoelectrics to ensure that the material rack stops rotating and avoid damage to the equipment due to photoelectric failures.

5. A pneumatic feed pressure plate device is added to the inlet of the leveling feeder head. When the material head is pressed down, it can be automatically fed into the leveling machine, which is stable and reliable.

6. Add a viewing window to ensure the safety of operators

7. The processing technology of the leveling and feeding rollers has been greatly optimized and improved to improve its dimensional accuracy and wear resistance. 8. Use the optimized electronic control system: Japanese Mitsubishi PLC, German Eston servo motor, high-precision worm gear reducer, Metal bellows coupling, no transmission gap, no angle error, ensuring feeding accuracy and stability.

9. The material rack, leveling and feeding machine are all integratedly controlled by a touch screen, with real-time monitoring and operating status detection functions. The operation is safe and stable, and the operation is easier and more worry-free.