The high-speed automatic headband type N95 folding mask all-in-one machine is a fully automatic machine for the production of folding mask production lines. It adopts ultrasonic technology to weld 3 to 6 layers of PP non-woven fabrics, activated carbon filter materials and filter materials. The whole set of equipment can process 3M 9001, 9002, etc. and other folding masks through an integrated automatic folding production process such as non-woven fabric welding, ear strap welding, printing, half folding, edge sealing, and rolling cutting. The raw materials selected according to the product requirements can produce masks that meet different standards such as FFP1, FFP2, N95, etc. The whole process of production does not require manual participation, and the finished product is fully automated.

Equipment diagram

Adapt to product specifications

Adhere 3~6 layers of PP non-woven fabric and activated carbon filter material, and cut out the folded mask body. N95 dish masks are used for occupational respiratory protection, including certain microbial particles (such as viruses, bacteria, molds, Bacillus anthracis, Mycobacterium tuberculosis, etc.).

Device basic configuration parameters

Power supply: AC220V 50HZ

Air pressure: >0.6MPAA

Efficiency: ≈60pcs/min

Yield: ≥95%

Power: 15KW

Dimensions in mm: 9800L*1500W*1900H

Features

1. Automatic tension control of raw materials to ensure balanced tension of raw materials.

2. Photoelectric detection of raw materials to avoid mistakes and reduce waste.

3. Frequency conversion control, the running speed of the equipment can be adjusted according to the needs.

4. High degree of automation, simple operation, only need to discharge and arrange finished products.

5. The whole machine adopts sheet metal + aluminum alloy structure, which is beautiful, firm and not rusted.

6. Modular and humanized design is convenient for maintenance.

7. PLC control, Chinese and English operation interface

Equipment operating requirements

1. It can realize the manual, automatic and motion switching operation modes, and the fault alarm needs to be displayed on the man-machine interface;

2. Real-time communication with PLC is realized by industrial computer, man-machine dialogue is realized through touch screen, and each setting operation needs to be simple and convenient;

3. The equipment complies with the national safety standards for electromechanical equipment;

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