The masks are regarded as a key resource for the prevention and control of the epidemic. At present, masks are in huge demand all over the world. Arise web guide system can reduce the waste of raw materials and the shout-down of mask machine, improving the production efficiency of the masks, thereby effectively solving the shortage problem of the masks.

Why Choose Arise Web Guide System

During the coil winding process of the mask machine, once the edges of the coil are out of alignment, the subsequent production process will lead to material waste and machine shutdown for debugging. Therefore, in the production of coil products, the web guiding system is an indispensable key accessory. Arise web guide machine is a product that uses photoelectric technology to solve the problem of material waste and multi-layer material bonding in mask production. Its innovation is that it can reduce the waste of mask melt-blown cloth by 30% and solve the five-layer bonding problem of N95 masks, which improves the production speed and qualification rate of masks, as well as improving the production efficiency of masks and reducing labor costs.

How Does The Arise Web Guide System Work?

The production of masks includes polypropylene particles to medical non-woven fabrics, through the processing of mask machines, and then strictly disinfected. The shortage of medical masks always is caused by insufficient production of the mask machines. The Arise web guiding system has greatly improved the working efficiency of the mask machine through technological innovation.

The sensor emits infrared light, ultrasonic, laser, visible light to monitor the operation of the coil materials, and sends the signal to the controller. The web guide controller finds the position drifts of coil materials, according to the instruction set by the controller in advance, the driver controls the swing of the frame to guide the coil position. The automatic web guide system adopts a photoelectric sensor detecting the edge position of the coil materials, and the measured position deviation signal is sent to the controller. After the judgment and processing by the control unit, the drive motor is controlled to guide the coil with the deviation position to the correct position.