

N95 mask is composed of 6 layers of special filtering non-wowen, which meets the NIOSH standard filtration rate of 95%. It can effectively filter certain microbial particles (entering viruses, bacteria, etc.), avoid cross-infection of droplets and protect human health.Product Introduction:
The automatic N95 mask production line uses the latest ultrasonic welding technology. It has the advantages of advanced technology, reliable, convenient and stable operation. It realizes the entire process of automatic production from cloth feeding to finished masks. One person can operate multiple production line. The production line mainly include automatic loading of coils, automatic feeding of nose bridges, ultrasonic roll welding of mask body shape, pad printing of identification information , welding of ear bands, automatic application of sponge nose pads, automatic folding and welding masks, mold cutting, finished product loading materials, rejection and other processes.

Product Features
1. High stability, low failure rate, beautiful and solid without rust.
2. Computer PLC programming control, servo drive, high degree of automation.
3. Photoelectric (optical fiber) detection of raw materials to avoid errors and reduce waste.
4. Fully automated production, including automatic delivery of raw materials; automatic
delivery, cutting of nose bridge strips, welding of mask edges, folding, ultrasonic fusion,
forming and cutting, etc.
Installation and commissioning- The unit should be placed in a good plane.
- Place each part of equipment according to the production line layout drawing, and calibrate the centerline and level of the unit. The distance between auxiliary machines can be adjusted appropriately according to the situation of the workshop site.
- The unit's electrical equipment must be well grounded.
- After the installation is completed, connect the electric and gas pipelines.
- Check whether all parts are loose or falling off.
- Check whether the transmission parts rotate normally.
- Separately debug each part of the equipment, and then enter the whole machine debugging after the operation is normal.