Touch Screen N95 Face Mask Making Machine , N95 Mask Production
Line CE Approved
This machine is mainly used for automatic forming of flat masks.
After the entire roll of fabric is unrolled, it is driven by
rollers, and the fabric is automatically folded and wrapped. Nose
bridge rolls unrolled by traction. Cut and import into the hemmed
fabric, both sides are welded to seal by ultrasonic welding, and
then through the ultrasonic side seal. It is cut and shaped by a
cutter ; transported to the two mask ear band welding stations
through an assembly line. The final mask is formed by ultrasonic
welding. After the mask is made, it is transported to flat belt
line and collected.
For more details or price, just send e-mail to us.
| Size | 6800mm(L)×3600mm(W)×1900mm(H) |
| Mask specification | 175*95mm |
| Production efficiency | 100-120PCS/min |
| Cutting layer | 1-4 layers(standard 3 layers) |
| Qualification rate | 98-99% |
| Failure rate | 2% |
| Weight | ≤2100kg, ground load bearing > 300kg |
| Working power | 220VAC ± 5%, 50z, rated power about 6.5-8.5KW |
| Compressed air | 0.5 ~ 0.7MPa, the use flow rate is about 300L / min |
| Operating environment | temperature 10 ~ 35 ºC, humidity 5-35% HR
No flammable and corrosive gas, no dust (cleanness not less than
100,000). |
Plane Mask Production Process:
1) Three layers of non-woven fabric materials are stacked together
through a machine
2) Roll up and stitch the nose clip into it
3) Make a large piece of non-woven fabric gradually narrow from
left to right along the slope to make a "folding structure"
4) Tableting: flatten the surface of the mask
5) Fully automatic single cutting and hemming of masks
6) Then use a non-woven fabric to trim the mask
7) Cut the edge again
8) Fix the hanging ear rope by hot pressing
9) Finally pass the quality inspection, sterilize and package the
finished product
Standard export packaging:
1. Apply anti-rust oil to the equipmenteasy rustypart and carry out
anti-rust treatment.
2. The whole machine was wrapped with stretch film for
protection,and the equipment control cabinet and other components
are protected against shock with packaging materials like XPS foam
board and EPE foam sheet.
3. Reinforceeasy-movepart of the equipment.
4. Put desiccant before packaging to avoid rusting equipment during
sea transportation.
5. Use New Zealand imported bluish pine wood or American Douglas
fir wood as the bottom support, 12mm multi-layer plywood for side
panels, all wood fumigated. We cooperated withexperienced and
professionalexported wooden packaging manufacturing enterprises to
make final package.
