Systemsteuerungen GmbH

Im Päsch • D– 54340 Longuich% 06502–9288–0

Machines supported:All common cutting plotters

� Zünd, Wild and Aristo flatbed

� Summa T1010 dual-headIndividual drivers can be generated with plot editorfor all machines capable of using HPGL.

island fill hatch fill

� Cutting routines

Routing settings

� Design in AutoCAD, CorelDRAW, Illustrator, Freehand

� Converts outlines in cuttable contours

� Cut by color with register marks

� Automatic color & screen print welding

� Sophisticated segmenting of extra large plots

� Scale, duplicate, position, scale objectsIn addition: � color layerbox

� Cut preview on material width

� Material consumption display

� Material opimization

� POWERweed (Vinyl)

� FOTOcut

Multiple-head machines such as Zünd, Wild and Aristo flatbed plotters or routing and engraving machinescan be run directly from AutoCAD, CorelDRAW, Illustrator and Freehand using the CoCut MultiTool plugin. Thegraphic tools included in the software allow you to carry out jobs with several tools in a single run. For example,you can cut and mark or half cut and pounce in a single process. In conjuction with the color layer box, thevarious cutting routines make it possible to rout and engrave full surfaces in different layers.

Graphic tools:� �CoCut MultiTool includes

all functions and cutting routines from CoCut Professional:

Perforating Tool 2

Cutting Tool 3

Drawing Tool 4

System reguirements:AutoCAD LT98, R14,2000LT,2000,2000i,20022002LT,2004,2004LTCorelDRAW 6-12Adobe Illustrator 8-10, CSMacromedia Freehand 8-10, MXWindows 98, ME, NT, 2000, XP

Alle verwendeten Markenzeichen sind Eigentum der jeweiligen Hersteller. Irrtümer und Änderungen vorbehalten.

This example illustrates how packing can be produced on a flatbed plotter using CoCut MultiTool. Three diffe-rent processes are necessary to produce the packing: cutting, drawing and perforating. Each of theseprocesses can be carried out and activated via the corresponding color layer. Each layer represents a tool andthe tool settings such as depth, the number of revolutions, tool number, etc. It is possible to operate the toolsindividually in several runs or automatically in a single run. Our example demonstrates the individual operationof the tools.