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[DELMIA] NC Milling Machine Programmer

AB

Functional Value


- Improve the reliability and usability of machining and robotic programming workflows. This enhancement increases toolpath reliability through the automatic calculation of transition paths between machining operations using NC machine kinematics. Unlike previous methods where these transitions were calculated by the post-processor, this new approach allows for full simulation of transition moves directly within the CAM software, ensuring greater accuracy and reducing the risk of errors during execution.

- Increase the usability and reliability of programming robot-based workcells, including rails and part positioners, by introducing automatic calculations for rail and part positioner axes during machining activities. This automation reduces the complexity of manual calculations, saving time and minimizing the risk of errors.

User Experience Value


- User interaction is simplified with the intuitive display of cutting tool numbers in the resource view and seamless integrat

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Enhance the usability of tool axis creation command and add the check reachability function to ensure the NC machine will be able to reach the axis position.

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Simplify user interaction with the display of cutting tool numbers in the resource view and with tool changes in the process tree.

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Increase usability and reliability of programming robot based workcell including rails and part positioner with an automatic calculation of rail and part positioner axis in machining activities.

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Increase toolpath reliability with the automatic calculation of transition path for milling between machining operations using NC machine kinematics. Previously this transition move was calculated by the post-processor preventing to simulate it in the CAM software.

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