Uncomplicated, automated and fast determination of various residual stress states with the help of the software extension StressEasy
The Challenge of Modern Manufacturing
Advanced manufacturing processes often require more than simple single measurements. Complex stress states demand
- the combination of several measurements into an overall result
- the analysis of complete component surfaces
- a clear visualisation of stress distributions
- repeatable, automated measurement procedures
- integrated limit checks for production lines
The Solution: StressEasy
With StressEasy, sentenso GmbH provides an advanced software solution for the extremely fast X-ray stress analysers μ-X360s and µ-X360J.
The software enables complex measuring tasks to be:
- parameterised in a user-friendly way
- easily programmed
- automatically processed
In combination with a six-axis robot, complete measurement procedures can be fully automated — ensuring maximum efficiency and reproducible results.
Functions & Capabilities
Automation of the following measuring tasks:- Complete stress tensor
- Non-planar stress conditions
- Residual stress mappings
- Batch measurements
- ok / not ok measurements
- Oscillation procedures (linear, circular, psi angle)
More Than Standard Software
While standard software solutions only control individual measurements, StressEasy goes much further:
- combination of several measurements into an overall picture
- advanced automation functions
- significantly increased efficiency and informative value
Your Benefits at a Glance
- Time savings through automation
- Higher measurement accuracy
- Scalability for complex applications
- Easy integration into existing processes
- Browser-based operation without specialised software
Maximum Efficiency in Analysis
StressEasy enables the rapid processing of a large number of automated measurement tasks for:
- residual stress analysis
- retained austenite analysis
The measuring system and evaluation software can be demonstrated with customer-specific samples — either in the laboratory or live via video conference.