The Nanomechanics InSEM HT provides 800°C isothermal heating of the InForce tip and sample for the InSEM in-situ mechanical properties microprobe. Independent control of the tip and sample temperatures is integrated with multi-location thermocouple feedback, active cooling, and of course the...
Surface Mechanical Testers
Instruments and systems that enable our customers to evaluate and understand the mechanical performance of their materials on the micro- and nano-scales: nanoindenters, tribology high tech instruments, inSEM for mechanical carachterizazion tests in vacuum chambers.
We offer products for both universities, research centers, R&D, nanotechnology and traditional industries.
The DWS RheoLab: From Microrheology to Macrorheology
The need to understand the mechanical properties of natural or formulated substances containing small particles has become a main field of interest for many laboratories working on polymers,...
The NanoFlip nanoindenter is designed to be the most versatile mechanical properties testing instrument on the market today, by offering researchers the option to use the tool in both in-situ environments and ambient settings depending on the demands of the experiment. By offering the highest...
InSEM Microprobe - The InSEM is a tool for characterizing the mechanical properties of surfaces or structures, which is designed to function with sub-nanometer resolution in an in-situ vacuum environment such as an SEM or FIB.
The SEM/FIB environment has been called “the lab of the future.” Any test you can imagine in an macro-lab environment has unique advantages, and some applications are just not possible without the targeting or visualization capabilities of the SEM....
The iNano™ nanoindenter is made easy and affordable by offering repeatability, accuracy and precision at a price that puts nanoindentation capability into reach for any lab's budget, from leading universities to high tech companies.