AFM - Raman - SNOM
Modular AFM
Automated AFM
Practical AFM
Practical AFM


Special applications

HybriD Mode™   Measuring in vacuum and controlled atmosphere

HybriD Mode™ (HD-AFM™) is a new AFM mode for enhanced nano-mechanical and electromagnetic material properties mapping.

Vacuum allows raising the Q-factor of cantilever oscillations, which, in its turn, substantially raises the sensitivity o light magnetic forces measurements between the probe and the sample.
The advantages of low vacuum system are its simplicity of use and short time of operating mode setting. High and ultra high vacuum systems provide the proper purity of processes.

Measuring in liquids  

There is a wide range of liquid cells that provide various working modes in liquid and gas environment, they allow carrying out investigations in liquid and gas environment, in flow, with the sample cooling and heating.


Measuring in the magnetic field allows observing magnetic reversal processes and other effects that depend on the magnetic field. NT-MDT devices allow carrying out measuring in the longitudinal and perpendicular magnetic fields.
The strength of the magnetic field is controlled by the build-in Hall effect sensor.

Electrochemical measurements   AFAM

Electrochemical measurements allow obtaining SPM images of the surface with atomic resolution, carry out deposition and resolution of substances on the sample’s surface with purity control of the probe- electrolyte system.
New electrochemical cell is universal and capable of carrying out AFM and STM electrochemical measuring with heating/cooling the sample in the range
of -10 to + 60°C.


Atomic-Force Acousticс Microscopy (AFAM) is a unique tool for studying elastic properties of hard and soft materials that can be hardly investigated by alternative regular methods. The obtained AFAM images show the picture of distribution of sample’s surface hardness.

Nanosclerometry and nanoindentation   Thermo measurements

To measure the hardness of ultra hard materials and investigate the properties of thin films one may use nanodurometer with Berkovich diamond indenter.
The scanning nanosclerometers produced by NT-MDT allow carrying out micro-, nanoindentation and Nanosclerometry with the subsequent scanning, elasticity modulus measuring, surface distribution of mechanic properties mapping simultaneous with relief image mapping.


Measurements carried out with heating or cooling of the sample allows studying the changes of sample’s properties with the variations of temperature. There are several capabilities of carrying out the investigations with the varying temperatures in the air and in liquids in NT-MDT equipment.

Mass changes measurements  

Combination of QCM with dissipation monitoring with AFM allows to carry out simultaneous in situ observation of object topography (up to nm) and mass change
(up to 0.3 ng).



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