1. Feeding system:

The feeding system is responsible for transporting the plastic zipper material to be processed to the designated location. Usually, vibration discs or robotic arms are used to achieve automatic feeding and reduce manual intervention.

2. Positioning system:

The positioning system is mainly used to determine the installation position of the membrane wedge. Usually, photoelectric sensors or visual positioning systems are used to ensure accurate positioning.

3. Install the system:

The installation system is the core part of the equipment, mainly including the installation head and the driving device. The installation head can be replaced and adjusted as needed to accommodate different specifications and types of film wedges. The driving device usually uses servo motors or pneumatic systems to provide precise installation actions.

4. Material cutting system:

The unloading system is responsible for removing the installed plastic zipper from the equipment and transporting it to the designated collection container. Usually, mechanical arms or conveyor belts are used to achieve automatic cutting and reduce manual intervention.

5. Electrical control system:

The electrical control system includes PLC, frequency converter, touch screen, etc., which are used to control the various functions and parameter settings of the equipment. The operator can perform human-computer interaction through the touch screen, monitor and adjust the equipment's operating status in real time.

6. Safety protection device:

Safety protection devices include protective covers, emergency stop buttons, and photoelectric sensing devices to ensure the safety of operators and prevent accidents from occurring.

From the above introduction, it can be seen that the Auto Plastic Zipper Film Wedling Machine is a highly integrated and automated device that achieves efficient and precise installation of plastic zipper film wedges through the collaborative work of its various components.