The T100 pneumatic tribometer from Nanovea is designed to deliver cutting edge pin on disc tribology in a compact and modern benchtop design.
With a variety of test and environmental configurations available up to loads of 100N the T100 has been designed with flexibility in mind.
Robust, low maintenance and easy to use with minimal requirements for calibration.
Nanovea Inc are based in Irvine, a tech hub of Southern California. They have been redefining standards in quality control and materials development internationally for over a decade. Nanovea’s instruments can be found in renowned education and industrial organisations around the world.
The T100 is truly modular meaning you can start with test and environmental modules or easily add them later. There is no need to buy more than one tribometer for different tests and conditions because all can be completed on one T100.
New Nanovea tribometers utilise advanced pneumatic loading technology to apply the vertical load onto a sample. This technology allows the tribometer to apply a constant force that is not badly influenced by changes in the sample topography. Pneumatic technology has an inherent natural dampening effect which further contributes to this constant force.
Pneumatic loading is computer controlled contributing to ease of use, allowing a greater deal of automation and allowing the addition of modes requiring load ramping such as scratch testing.
| Min/Max Testing Loads | 100mN-100N |
| Load Resolution | 0.006mN |
| Loading Type | Advanced Pneumatic |
| Frictional Force Maximum | Resolution | (+/-)100N | 6µN |
| X Motorized Travel | 50mm |
| Max Rotational Speed | 5000rpm |
| Min Rotational Speed | 0.01rpm |
| Rotational Speed Acceleration (0 to 1000rpm) | 0.45 seconds |
| Disc Size / Sample Mounting Area | 100mm diameter |
| Linear Stroke Range | 25mm |
| Maximum Linear Frequency (up to 5mm stroke) | 60Hz |
| Linear Mounting Area | 62 x 76mm |
| Max Scratch Length | 40mm |
| Scratch Speed | 0.002-10mm/s |
| Scratch Loading Rate | 0.01-20N/min |
Nanovea regularly document and publish work using their tribometers. We keep many of these resources on our website in the form of application notes or publications. These are a great way to learn more about what can be achieved with a Nanovea tribometer.
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