Standard SiN AFM probes may have a lot of advantages for using them in your liquid cell measurements. But they also have their limits when… Read More »Spike up a Silicon Nitride AFM tip for high topography biology and life science imaging
NANOSENSORS has added a new type of rounded AFM tips to the Special Development List. The new rounded AFM tips SD-R30 have a typical tip… Read More »Rounded AFM Tips for Nanomechanics and Force Spectroscopy – Special Development List updated
Another impressive Scanning Electrochemical AFM measurement out of the publication from Andrew Wain and Andrew Pollack from UK`s National Physics Laboratory, captured with EC-AFM probes… Read More »High-Resolution Electrochemical and Topographical Imaging Using Batch-Fabricated Cantilever Probes
Andrew Wain and Andrew Pollack from UK`s National Physics Laboratory got impressive Scanning Electrochemical AFM measurement results captured with EC-AFM probes developed and manufactured by… Read More »High-Resolution Electrochemical and Topographical Imaging Using Batch-Fabricated Cantilever Probes
NANOSENSORS Special Development List has been updated with completely new items: Tipless cantilevers arrays (qp-TL8) based on uniqprobe – uniform quality probe – technology. Similar to the uniqprobe cantilevers (i.e. qp-CONT), the cantilevers of these new arrays show an outstanding uniformity of their thicknesses leading to a strongly reduced dispersion of force constants and resonance frequenices compared with standard silicon cantilever arrays.
Read More »Tipless cantilever arrays – Special Development List updated
Again, we got an impressive image from AFM icon Sergei Magonov, NTMDT USA. Sergei imaged a Perovskite PLZT sample on NT-MDTs AFM flagship, the Titanium… Read More »Piezoresponse Force Microscopy by Sergei Magonov
Sergei Magonov from NT-MDT captured this extremly impressing single pass Kelvin Force Micoscopy image of self-assemblies of semifluorinated alkanes (F12H12)
Single-pass Kelvin Force Microscopy (KFM-PM) scan of self-assemblies of semifluorinated alkanes (F12H12) on HOPG. Height, capacitance gradients dC/dZ and dC/dV and surface potential. Images courtesy by Sergei Magonov, obtained with a NT-MDT Titanium scanning probe microscope and a NANOSENSORS PtSi-FM probe.