Spinning
CONPACK 1600 - AUTOMATIC PACKING
MACHINE FOR BOBBINS
The new machine model for the
fully automatic packing of cross wound packages
in thermo-shrinking polyethylene foil has been
developed to produce even larger quantities
in more compact units than the previous model.These
are fused and hermetically sealed on three sides.
The machine is made up of two
modules:
- Module for the delivery, fusing and cutting
of the polyethylene film.
- Shrinking tunnel.
The packs are made in three
phases:
- Manual feed of the material to be packed.
- Automatic feeding in of the material
between two electrically fused foils unwound
from rolls, resulting in a tubular casing
fused at the edges.
- Automatic delivery of the packed material
on a conveyor belt into the shrinking tunnel
for making up.
Depending on the end use,
weight and type of the packed material, foils
can be used in various thicknesses (50 to 120
microns) with the following shrinking values:
- 60% in longitudinal;
- 20% in cross direction.
Below are a few examples of
possible packing formats, expressed in maximum
width and length of the foil. Smaller formats
can of course be produced.
Width in mm. |
Lenght in mm. |
Height in mm. |
1.100 |
1.300 |
175 |
1.050 |
1.300 |
200 |
1.000 |
1.300 |
225 |
950 |
1.300 |
250 |
900 |
1.300 |
275 |
850 |
1.300 |
300 |
800 |
1.300 |
325 |
750 |
1.300 |
350 |
TECHNICAL
DATA |
| Maximum
roll width of the upper
polyethylene foil |
1.600
mm. |
| Maximun
roll width of the lower
polyethylene foil |
1.100 mm. |
| Working
height |
850 mm. |
| Maximum
intake width of the
shrinking tunnel |
1150 mm. |
| Maximum
intake height of the
shrinking tunnel |
550 mm. |
| Electrical
connection |
220 (3
phases + earth), 50 Hz |
| Compressed
air |
6 bar |
| Air consumption |
18 Lt. |
| Installed
capacity |
28 kw. |
| Average
current consumption |
8 kwh. |
| Total weight
of the machine |
2.375 Kg. |
DIMENSIONS |
| Lenght |
7.200
mm. |
| Width |
2.360
mm. |
| Height |
2.000
mm.
(with polyethylene roll) |
Capacity: Example
Depending on the time needed for material feed,
i.e. loading the cross wound packages at delivery
level, a minimum capacity of 70 packs/h each
containing 48 cross wound packages (6",
average diameter 220 mm) can be expected.
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