Expert insights and proven simulation knowledge
Dive into our white papers that cover practical insights, case studies and simulation topics.
Beyond bandwidth
Learn how control strategies impact machine tool performance and process stability, and how to choose the right approach for your application. Using a hands-on example, we compare different strategies and show their effect on contour error and achievable stable cutting depth in milling.
Key takeaways
- High bandwidth does not automatically mean better machining performance
- Encoder-level performance metrics can be misleading
- Choosing the right control strategy depends on the application
- Make more reliable design decisions with quantitative performance predictions
Avoid misleading performance metrics and make more reliable design decisions.
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Prediciting precision
Discover how a physics-based, real-time capable thermomechanical digital twin based on our TPM lab toolbox can accurately predict thermal behavior and its impact on machining precision. This customer insight demonstrates how to achieve high-fidelity temperature prediction and improve the understanding of thermally induced errors with minimal effort.
Key takeaways
- Convection modeling is a main source of uncertainty
- Physics-based models provide far deeper insight into thermal behavior than purely regression-based methods
- More than 70% reduction in thermally induced errors with minimal effort
Improve machining accuracy by predicting and compensating thermally induced errors.
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