Cutting Technology0 pages
Cutting Technology
c u t t i n g
r o o m
t e c h n o l o g y
Introduction of topcut-bullmer cutting technology
German engineering is known in the world for it’s design combined with outstanding functional characteristics. The
users benet from high advantage in production, high efciency and availability and low maintenance costs.
Cutting Technology E
Equivalent to the product segment of the spreading
machines topcut-bullmer tracks a strategy with their
cutting systems which makes sure that a wide appli-
cation area is covered. It goes for single ply cutting up
to high ply cutting solutions. Special cutting tools were
designed to meet the various applications. Certain ma-
chines are engineered to optimize speed if throughput
is demanded.
Next to the cutting performance special attention was
put on the material ow:
A cutting machine’s productivity depends on the loading
and unloading process. Therefore the interaction of
the spreading and cutting technology is optimized by
topcut-bullmer. In the automotive industry conveyorized
cutting-windows up to 10 m combined with front and
back end transportation systems perform presently an
unrivalled productivity. Material logistics also implies an
ongoing subject for further developments in the area of
material handling systems, i.e. for robotic based
material pick-up systems.
Generic features and supplies of all topcut-bullmer
cutting machines in the basic version
Hardware:
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Reversible bristle conveyor
X- and Y-axis driven by linear-modules
Brushless permanent-magnet-motor-drives for al axis
Parameter driven stepless adjustable vaccum
Filter for vacuum turbine
Integrated sound absorber for exhaust
Integrated cleaning of the bristles
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Sharpening device with self adjusting diamond disc
Automatic knife-frequency-dependent oil dosage
Right operator side
Industrial PC on an actual performance level with
at screen
• Integrated high performance vacuum turbine, 15 kW
• Standard working widths: 1600/1800/2000/2200 mm
Software:
• Windows operating system
• Operator guide with plausibility control and fault
diagnoses
• Automatic adaptation of inclined ply position
to marker
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Automatic start point optimization for single pieces
Elimination of common cut-lines
Automatic chain up of markers (job queue)
Application for remote-service