The nanomechanicstesting system is mainly applied totheresearch and developmentofthin film testing, anti-wear film, lubricant effect testing, polymer testing, biomaterials and nanomechanicsprocessing. In the realnano scale research and development, it can carry out nano-hardness/elastic modulus, nano-scratch, friction coefficient, fracture stiffness, wear testing and other tests.
Its ingenious three-plate capacitive force sensor patent design ensures that the instrument only has the thermal drift < 0.05 nm/ SEC, and its real in-situ imaging (pressure, dash and in-situ imaging using the same probe) and in-situ acoustic emission detection functions are more unique than other similar instruments. Longitudinal axial load 30Mn ~100nn, loading resolution <1nn, displacement 30m ~0.2nm, measured displacement resolution 0.04nm, X-Y scanning area 60 m×60 m, working voltage -200~+200V, amplification factor 500×~3500×.
