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Fully Automatic KN95 N95 Mask Machine, Mask Production Line for Three Layer Filter
This production line is a fully automatic one-to-two face mask machine, one body machine drives two ear band machines. After the main body machine outputs the mask body, the mask body sheet is conveyed to the turning mechanism by a conveyor belt structure. The reversing mechanism is used to flip the mask plate onto the belt connected to the ear band machine, and then the mask sheet is conveyed to the first mask plate on the front of the ear band machine through the conveyor belt, and finally the mask sheet is placed on the ear band by the cylinder pressing In the mask plate of the machine, the ear band machine is used to complete the welding of the ear bands of the mask and the edging, thereby completing the production of an ear band mask product.
Main Feature:
1. Mask machines are used for full-automatic folding mask
production (typical models like N95 mask).
2. The working process of N95 Mask Machines are as follows: The
multi-layer non-woven fabric rolls are subjected to compound roll
welding after feeding. Nasal lines are welded after unrolling and
cutting. Two rolls of rubber band are welded after automatically
unrolling and cutting to designated length. Then masks are folded
in half. After ultrasonic welding and fusion, the masks are
rolling-cut and formed. Finally, we get finished N95 masks.
3. The masks produced by we have great filtration effect, perfectly
fit face of people and are comfortable to wear without causing any
pressure . The masks can be applied to various fields, like
medical, electronics, mining, construction, etc. N95 Mask Machine
uses PLC, touch screen control and the main conveyor adopts
unidirectional motor transmission, which can achieve precise
movement, stable control and adjustable speed.
Advantage:
a.Fully automatic N95 production line
b.High stability, low failure rate, industrialized in appearance,
sturdy without rust.
c.Computer PLC programming control, servo drive, high degree of
automation.
d. Automatic tension control of raw materials to ensure the balance
of raw material
5. Photoelectric detection of raw materials to avoid errors and
reduce waste.