RobotStudio Cutting PowerPac Offline programming of complex paths RobotStudio Cutting PowerPac is a sophisticated offlineprogramming tool that allows opera­ ors to generate and t modify programmed paths in an offline 3D simulation environment instead of on the factory floor. Pre-defined cutting instructions RobotStudio Cutting PowerPac includes pre-defined cutting instructions for holes, slots, rectangles, hexagons and CAD shapes. Operators can easily generate the program path by simply clicking on a shape and setting the correct tool parameters. Specific user interfaces make it easy to modify the cutting shape. Modification of programmed paths Programmed paths can be modified and verified in an offline 3D environment. Users can test geometric or non-geometric parameters by analyzing a path view, which provides an overview of the cutting shape. The robot’s program can be tested and modified position by position or by selecting a complete path. Free form cutting Free form cutting instructions, which are typically used for edge cutting, are also fully supported. Process simulation and path optimization A cutting program can be fully analysed in order to improve cutting performance. A simulation tool indicates where improvements can be made, for example where to change parameters to achieve more constant cutting speeds. Integration of process data Laser parameter tables are available that facilitate process date re-use and creation of experience databases. The tables contains the most important parameters for laser cutting which can be used as best practice management.

Related products RobotStudio RobotStudio Cutting PowerPac is an add-on to RobotStudio, ABB’s widely used offline 3D programming tool. RobotStudio offers a number of standard features that help to improve production efficiency including: Virtual RobotStudio is based on a copy of the real software that runs your robots in production, which is key to true offline programming. Thanks to Virtual Robot Technology, your whole robot program can be downloaded to the real system without A summary of features that help the robot move in the most effective way, including optimizing of TCP speed, acceleration,...