| subscribe to our newsletter |
NANOEDUCATOR | NTEGRA Platform | AFM Raman | Solver Next | Affordable AFM
Solver Next

Automated exchange between built-in Atomic Force Microscope and Scanning Tunneling Microscope heads, gives users the option to run a variety of modes on the same system without physically exchanging hardware configurations.
With a few mouse clicks in the software, you can easily switch between these two measuring heads and be on your way to results.
Advanced modes of operation at your fingertips! With the built-in measuring heads you’ll have access to numerous advanced modes of SPM, all you have to do is select the mode and start scanning.
Two built-in closed-loop measuring heads provide a comprehensive range of modes as our standard configuration;

The Solver Next has a high resolution top-view optical microscope. The ergonomic design incorporates the microscope into the system and is easily operated through the software controls. Users can quickly move to their area of interest with motorized sample positioning. Once at the desired location you can zoom or pan to optimize your optical view.
NT-MDT is forward thinking in the design and applications of their SPM products. No matter where you are, having access to your instrument or data is critical, whether you’re in a meeting and want to share images with colleagues or need to log in remotely and help your student collect publishable data. The Solver Next has special applications that let you use your iPhone, iPad or computer to access your data or system.

There's much more to the Solver Next than the integrated Atomic Force Microscope & Scanning Tunneling Microscope, hardware & software automation, with an ergonomic design that's easy to use at a reasonable price...
Application examples:
![]() |
![]() |
|||
| STM Topography of HOPG, the total Z range is 1.8nm and the atomic step height is 3.3 A | AFM topography in semi-contact mode of polymer aggregates |
|||
![]() |
||||
AFM topography in semi-contact mode of bilayer steps on the SrTiO3 (001) surface, the step-height is 0.39 nm. |
more about: NanoEducator-educational AFM for teaching
more about: NTEGRA-Multi-purpose high resolution AFM that is configurable for different applications
more about: Spectra-AFM Confocal Raman, NSOM and TERS
more about: Solver Nano-affordable AFM with advanced modes for routine imaging and basic research
to top