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The disposable lunch box can produce various kinds of boxes, can meet market needs for large scale amount. The machine can utilize the material as much as possible, and it’s difficult to happen accidents to be damaged. It can work with high efficiency, and reduce your cost and labor to do large-scale management. You can easily control the machine to operate, and it can automatically do production once it receives command.
Different Shapes:
The machine can accept lots of shapes of disposable lunch box, so you do not worry that it can only produce single kind of tableware, whatever it is square or round, it can all do that.
Speed the Production:
The machine can increase the production efficiency with the improved quality and packaging quality, which is faster than employees. Compared with artificial manufacture, the machine can not only help you produce more products, but also have a competitive advantage in market.
Safety:
The machine can make you employ few workers to operate, and they do not need to touch the machine, so they will not pollute the lunch box and even not bring any bacteria for it. Therefore, the lunch boxes are totally clean and eco-friendly.
Reduce the Occupation Area:
The machine can reduce lot of occupation area to make you produce quickly. Usually, the done-well lunch boxes and material will be put together, and they convey in assembly line. Once you well plan the assembly line, you can fast put the lunch boxes in suitable location. Then the time of the total process can be reduced to produce more boxes.
Product Parameter:
|
Maximum Forming Area |
900mm*710mm |
|
Minimum Forming Area |
450mm*350mm |
|
Widest Sheet |
940mm |
|
Narrowest Sheet |
410mm |
|
Forming Thickness |
0.2—2.0mm |
|
Forming Height |
120mm |
|
Upper Furnace Heating Length |
1000mm |
|
Bottom Furnace Heating Length |
1000mm |
|
Stack Stroke |
500mm |
|
Cutting Upper Die Table Stroke |
100mm |
|
Cutting Lower Die Table Stroke |
120mm |
|
Cutting Force |
80T |
|
Cutting Method |
Laser Wooden Die/Metal Stamping Knife |
|
Total Power of Upper Furnace |
28.8KW |
|
Total Power of Lower Furnace |
28.8KW |
|
Pulling Motor |
5.5KW |
|
Total Power of Equipment |
80KW (normal use 40%-70%) |
|
Vacuum Pump |
160m³/h |
|
Molding Cooling Method |
Water Cooling + Air Cooling |
|
Total Air Source (External Configuration) |
0.8Mpa |
|
Power Supply |
380V/50HZ (three-phase four-wire 70 m²) |
|
Total Equipment Weight (Reference) |
About 10T |
|
Machine Size |
About 12000*2500*3200mm (for reference, subject to actual design) |
