Home /Research /<title>Design and manufacturing tools for laser beam processing</title>
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<title>Design and manufacturing tools for laser beam processing</title>

Stefan Kaierle, Bernhard Fuerst, Jochen Kittel, Ernst-Wolfgang Kreutz, Reinhart Poprawe

Year
1999
Citations
3

Abstract

Today's situation with increasingly shorter time-to-market limits and growing variant spectra calls for advanced methods in the manufacturing domain. A big potential for gaining faster and better manufacturing results lies in the application of offline programming, especially if processing small lot sizes. Offline programming offers as main advantage a notable reduction of deadlock times of manufacturing systems. Applying this technology there is no time consumptive teach-in on the robots necessary. A technology module based on CAD/CAM technique--mainly for 3D welding applications--is described which permits to carry out offline path and process planning including simulation and visualization of the processing task.

Keywords

Computer scienceTask (project management)Domain (mathematical analysis)CADVisualizationManufacturing engineeringProcess (computing)Motion planningRobotCost reduction

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