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This
template cutting machine is designed to
cut shape glass in seconds for large batch
of production. It is easy operate and
almost free of maintenance.
With the loading and
breakout tables, it forms a cutting
line. This increases productivity and
meanwhile, minimizes handling to reduce
glass scratch.
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Technical
Description |
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Loading
table
It is a table with many
tiny holes on the surface covered by felt.
There is a blower underneath the table
creating an air cushion on the table surface
through the holes. Glass rack is placed
next to this loading table. The top piece
of glass is then free fell from the glass
rack onto the loading table with the help
of air cushion. The operator then moves
the glass onto the template-cutting machine
easily with the help of air cushion. |
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Template cutting
machine This
is the machine suitable for shape glass
cutting. There is a piece of wooden template
with internal shape identical to the shape
of the glass that is to be cut. A blower
is placed underneath the machine and it
is used to create air cushion on the table
surface through many small holes. The
glass is moved from the loading table
onto this cutting machine easily by floating
on the table surface. When the glass is
moved against positioning stoppers, the
air blower reverses rotating such that
vacuum is created to “suck” the glass
which shall not moved during cutting.
There is a cutting head with a ring right
above and also a hinge on the top connecting
to a long handle. The ring is against
the internal rim of the wooden template.
The operator holds the handle and thus,
the cutting head to move the cutting head
around the internal rim of the template.
When the cutting head is being moved,
the cutting wheel presses against the
glass surface by means of pneumatic scores
on glass surface the requested shape.
By pressing a button, the blower reverses
rotating again to create air cushion on
table surface such that the glass is easily
floated and moved onto the subsequent
breakout table. |
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Breakout table
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After the glass is cut,
it is moved to this table for manual breakout.
It is a metal structure with ball castors
on the upper section and a cullet trash
on the bottom. The glass is breakout and
the surplus is felled down into the trash.
Then the glass is moved onto the downstream
sand belt seaming machine. |
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Technical
Data |
Model |
Max. cutting
size (mm) |
Tabletop
size (mm) |
Cutting
precision |
Outer dimension
(mm) |
Weight
(kg) |
C-T-0304 |
350 x 450 |
600 x 600 |
≤ +0.2 |
600 x 600 x 400 |
30 |
C-T-0506 |
500 x 650 |
650 x 800 |
≤ +0.2 |
650 x 800 x 400 |
35 |
C-T-0608 |
680 x 850 |
800 x 1000 |
≤ +0.2 |
1000 x 1210 x 1120 |
560 |
C-T-0710 |
780 x 1050 |
900 x 1200 |
≤ +0.2 |
1200 x 1150 x 1120 |
600 |
C-T-1013 |
1080 x 1350 |
1200 x 1500 |
≤ +0.2 |
1500 x 1410 x 1120 |
840 |
C-T-0814 |
880 x 1450 |
1000 x 1600 |
≤ +0.2 |
1600 x 1210 x 1120 |
840 |
C-T-1015 |
1080 x 1550 |
1200 x 1700 |
≤ +0.2 |
1700 x 1410 x 1120 |
870 |
C-T-1016 |
1080 x 1650 |
1200 x 1800 |
≤ +0.2 |
1800 x 1410 x 1120 |
900 |
C-T-0817 |
880 x 1750 |
1000 x 1900 |
≤ +0.2 |
1900 x 1210 x 1120 |
940 |
C-T-0818 |
880 x 1850 |
1000 x 2000 |
≤ +0.2 |
2000 x 1210 x 1120 |
1000 |
C-T-1018 |
1080 x 1850 |
1200 x 2000 |
≤ +0.2 |
2000 x 1410 x 1120 |
1160 |
C-T-1618 |
1600 x 1850 |
1800 x 2000 |
≤ +0.2 |
2100 x 2010 x 1120 |
1200 |
C-T-1320 |
1380 x 2050 |
1500 x 2200 |
≤ +0.2 |
2200 x 1710 x 1120 |
1240 |
C-T-1022 |
1080 x 2250 |
1200 x 2400 |
≤ +0.2 |
2400 x 1410 x 1120 |
1360 |
C-T-1024 |
1080 x 2450 |
1200 x 2600 |
≤ +0.2 |
2600 x 1410 x 1120 |
1380 |
C-T-1224 |
1280 x 2450 |
1400x 2600 |
≤ +0.2 |
2600 x 1610 x 1120 |
1480 |
C-T-1426 |
1480 x 2650 |
1600 x 2800 |
≤ +0.2 |
2800 x 1810 x 1120 |
1520 |
C-T-1828 |
1880 x 2850 |
2000 x 3000 |
≤ +0.2 |
3000 x 2210 x 1120 |
1600 |
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