At the French National Center for Space Studies (CNES), precise material characterization is essential for reliable space systems. For failure analysis, engineers rely on Anton Paar’s nanoindentation tester to measure mechanical properties across a wide load range. The system combines low-load sensitivity, high-load capability, and scratch testing in one instrument – enabling CNES to analyze everything from thin layers to thicker microstructures with confidence.
“Having one instrument that combines very low loads, high loads, and scratch testing has significantly expanded our material characterization capabilities.”
Romain Petre-Bordenave - Engineer, Failure Analysis
CNES – French National Center for Space Studies
Advanced testing for critical space applications
At CNES, engineers perform failure analysis on space systems where even minor material weaknesses can have major consequences. Nanoindentation plays a key role in understanding mechanical behavior at small scales.
One instrument, multiple testing capabilities
Anton Paar’s nanoindentation tester combines very low-load, high-load, and scratch testing in a single system. This versatility allowed CNES to replace multiple older instruments and expand its testing capabilities, including scratch testing that was previously unavailable.
From thin layers to larger material volumes
With load capacities up to 30 N, the instrument enables indentation testing on larger material volumes. This makes it possible to bridge the gap between micro- and macro-scale properties and analyze thicker microstructures more effectively than before.
User-friendly design for daily lab work
The system’s reduced sensitivity to environmental disturbances allows experiments to start at any time, even in busy lab environments. Its intuitive and safe operation enables both experienced and new users to achieve reliable results quickly, improving efficiency and daily comfort in the lab.
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