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Nano Test Vantage
The NanoTest Vantage System offers a complete picture of material performance by providing the full range of nano-mechanical and nano-tribology test methods including nano-scratch, nano wear-testing, nano-indentation, etc. It has the industry leading controlled environment capabilities to assess true ‘in service’ properties as it is important to know material performance in real working condition. It also has a unique high temperature stage to perform nano-mechanical testing process at temperatures of up to 850°C.
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- Excellent low load data - making the NanoTest one of the most sensitive systems on the market.
- Both targeted area specific and multiple indentation modes available.
- Indentation mapping - helping you to visualise your results.
- Easy probe change - no recalibration required
- High level of automation enabling prolonged, unsupervised test periods.
- Space to mount large and small samples, or even real components.
- Non-destructive nature allows pre-testing before the components go into service.
- Both ISO 14577 and ASTM 2546 compliant for complete confidence in your results for a wide range of industries.
- System lifelong after sales support right around the world, with direct access to our expert engineering team.
- Low thermal drift through a dedicated environmental enclosure with active heating and high thermal mass of the NanoTest system.
- Software updates from the user support area on our website.
| Nanoindentation | For measuring hardness, modulus, visco-elastic behavior and study of variation of hardness and modulus with depth. It allows mapping of mechanical properties across an area of interest. |
| Micro Indentation | The 30 N high load head greatly expands the capability of the NanoTest Vantage to cover both the nano and micro ranges. The high load head can be used for Micro-indentation / Micro-hardness, Micro-impact and fatigues, Micro scratch and wear |
| Nano-scratch and wear | For access of critical scratch loads and friction properties, investigate cycles to failure for wear prediction. |
| Nano-impact and fatigue | For study of fracture and fatigue behavior, to measure material damping coefficients and investigate high strain rate behavior. |
| Nano-fretting | For accelerated reciprocating wear test and high cycle investigation (up to 1 million cycles) |
| High Temperature | This option allows (1) Nanoindentation (2) Nano-Scratch & Wear (3) Nano-Impact & Fatigue to be performed at temperatures of up to 850 ºC. |
| Imaging | NanoTest system is supplied with a multiple objective microscope, and can have the options of In-Situ 3D profiler / Nanopositioning stage and AFM. |
| Liquid Cell | This allows Nanoindentation, Nano-scratch & Wear testing of samples fully immersed in liquid. |
| Humidity Cell | This allows the study on how the mechanical properties of materials are affected by humidity |