StressEasy is an advanced software extension for software-supported residual stress determination. It enables uncomplicated, automated and fast analysis of various residual stress states using X-ray stress analysers such as the μ-X360s.

StressEasy addresses key challenges in advanced manufacturing processes, including complex stress states, combining multiple measurements into an overall result, analysing entire component surfaces and performing automated limit checks in production lines.

StressEasy supports automation of various measurement tasks, including complete stress tensor, non-planar stress conditions, residual stress mappings, batch measurements, ok / not ok measurements and oscillation (linear, circular, psi angle).

The software allows parameterisation and combination of multiple individual measurements into a comprehensive overall result, enabling reliable evaluation of complex and non-planar stress conditions.

Yes, StressEasy is designed for use in production lines. It enables automated limit checks and seamless integration into continuous measurement processes.

In combination with a six-axis robot, the sensor unit is automatically moved between measurement positions. Measurement tasks are processed sequentially without user intervention.

Batch processing allows easy setup and automatic execution of recurring measurement tasks, significantly improving efficiency and reproducibility.

Results are clearly listed and can be filtered and searched. The software also provides graphical visualisations such as residual stress mappings and Debye-Scherrer rings.

StressEasy is designed for ease of use. Measurement tasks can be easily parameterised and programmed. Operation is browser-based and can also be performed via remote access.

While standard software typically controls individual measurements, StressEasy enables automation, combination of measurements and creation of a complete analytical picture.

Yes, measurement programs and parameters can be adapted to customer-specific requirements. Demonstrations with custom samples are available in the lab or via live video conference.

Feel free to reach out to us. Together we will find the right solution for your requirements regarding residual stresses, material conditions, and component analyses.