SOLVER platform

Scanning Probe Microscope (SPM) platform is designed for the study of properties of the surface at nanometer scale. It allows visualizing and perform quantitative measurements of mechanical (hardness, elasticity, viscidity), electrical (conductivity, capacity, distribution of surface charge) and magnetic properties of the sample working with sizes from several microns to angstrom. Solver can operate with more than 40 measuring methods, which may be carrying out in air as well as in the controlled atmosphere and liquids.

SOLVER NEXT
The newest NT-MDT development Solver Next is the first to offer a new concept in general purpose Scanning Probe Microscope. This new design offers "on-board expertise" opening the way for all user levels to acquire quality SPM images in a short amount of time.

SMENA
The compact portable Scanning Probe Microscope for stand alone analysis of samples with unlimited sizes. This microscope driven by a notebook will help to reveal nano-scale properties of any large objects even outdoors.

SOLVER P47-PRO
The simple and reliable Scanning Probe Microscope for routine surface analysis. Sample size is limited in this model for the sake of high resolution.

SOLVER P47H-PRO
The simple and reliable Scanning Probe Microscope for routine surface analysis. It is especially adopted for the analysis of large and heavy samples (up to 100x100x20mm and 300g).

SOLVER PRO-M
The universal platform for the modern and powerful research grade SPMs. The instrument opens up new horizons for the thorough investigation of different kinds of samples, delivering resolutions on the atomic/molecular scale in air, gas and liquid environments as well as the opportunity to use almost any known scanning probe microscopy technique. Powerful controller, sensor-based closed-loop operation and 1 μm optics are the most important tips.

SOLVER HV-MFM
The SOLVER HV-MFM is a new model of high vacuum scanning probe microscope. The device is intended for investigations in high vacuum conditions (up to 10^-8 Torr) and rare gaseous unaggressive medium.