NanoTest Xtreme: Unlocking Material Performance in Extreme Conditions


The NanoTest Xtreme is a state-of-the-art nanomechanical testing platform engineered to investigate materials under the most demanding conditions. Designed to withstand and analyze materials subjected to extreme temperatures, radiation, and other harsh environments, the NanoTest Xtreme is indispensable for industries such as aerospace, nuclear, manufacturing, and energy.

Key applications include:
  • Characterizing aerospace engine components at high temperatures
  • Assessing irradiation effects on nuclear reactor cladding
  • Evaluating tool coatings for high-speed machining processes
  • Investigating the impact of cold on weld repairs in oil and gas pipelines
  • Analyzing power station steam pipes under extreme thermal conditions

The NanoTest Xtreme overcomes the challenges associated with traditional high and low-temperature testing, such as oxidation and condensation. By enabling testing under vacuum, the system expands the temperature range from -100°C to 1000°C, providing unparalleled insights into material behavior.

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Nano Test Xtreme

  • Maximum testing temperature under vacuum for 500 mN loading head: 1000 °C
  • Maximum testing temperature under vacuum for 30 N loading head: 800 °C
  • Minimum testing temperature under vacuum: -40 °C
  • Ultimate vacuum: 10-7 mbar
  • Compatible with all standard NanoTest techniques under vacuum (nanoindentation, nano-scratch, nanowear, nano-impact, nano-fretting)
  • Option of a second loading head increases maximum load from 500 mN to 30 N
  • Backfill function to test in non-air gas environments
  • High resolution optical microscope
  • Option to add SPM imaging/nanopositioning stage which can be used over the full temperature range.

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