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Three
Models for Uncured Rubber Sheet or Slabs from 28" to 42"
(700 to 1100 mm) Wide
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Eliminate costly
secondary cutting operations for milled and calendered uncured
rubber sheet or slab stock |
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Cut uniform slabs,
rectangular transfer pads or compression mold loads continuously
at the end of your batch-off system |
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Synchronize the
Rotary Shear Cutter in-feed conveyor to your batch-off unit to
simplify your set-up and operation |
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Reduce your maintenance
headaches with a rugged machine built to last |
Whether you
are a custom mixer or mixing rubber in-house, the reliable production
of uniform width slit strips of uncured rubber for cold feed
extruders and injection molding machine feed is a problem. If
the strips are cut at the batch-off mill, you have to fight dropped
or mangled strips in your batch-off system. Most home made slitters
are not rugged enough to cleanly slit all types of stock following
the batch-off.
Pallets or
cartons of wig-wagged sheet can be fed cold into an off-line
version of the Rotary Slitter to produce slit strips from custom
mixed rubber sheet. The sheet must be capable of readily unfolding
from the pallet or carton without sticking or jamming.
The GOODMAN
Rotary Slitter is a very simple, but ruggedly built, machine
designed to cleanly slit cold uncured rubber sheet or slabs into
uniform width strips. Whether your products are 40 Durometer
or 90 Durometer, you will still get cleanly cut strips every
time. Features of the GOODMAN Rotary Slitter include the following:
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Heavy welded steel
frame |
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Heavy duty alloy
steel blade arbor turning in spherical roller bearings |
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90 Durometer polyurethane
covered anvil roll turning in spherical roller bearings |
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10" (250
mm) diameter hardened toolsteel slitting blades with PETE coating |
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Large diameter
spacers between blades to keep the arbor rigid |
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Stripper/hugger
belt assembly to guide slit strips out from between slitting
blades |
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Infeed and discharge
conveyors integral with machine |
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AC gear motor
for off-line applications and either AC variable frequency or
DC drive for in-line applications; can be configured to follow
reference signal or loop control system |
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In-line systems
can operate at up to 120 FPM (36 MPM) |
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Custom machine
configurations welcomed, including longer infeed and/or discharge
conveyor, operating height, maximum product width |
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