In today's #fridayAFM Hector looks at what makes you sneeze.

#bioAFM #DriveAFM #WaveMode #CleanDrive

More details at: hubs.la/Q02vYhlf0

This application note demonstrates, through examples, how to use Spectroscopy Plus on the DriveAFM to setup complex experiments and investigate cell mechanics.
#DriveAFM #bio #SpectroscopyPlus #nanomechanics #cell

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This technical note explores the use of Scanning Microwave Microscopy in the semiconductor industry as an essential technique for examining the electrical characteristics of semiconductors with high precision and sensitivity.
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In today's #fridayAFM Hector shows you his progress studying lettuce stomas.

#bioAFM #DriveAFM #WaveMode #CleanDrive

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More details at: hubs.la/Q02v6ZWd0

#WaveMode , the first commercial photothermal off-resonance tapping mode was launched in February 2022. Learn from our experts about the benefits of WaveMode, when it is most beneficial, and what to look out for.
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We are thrilled to announce the grand opening of Nanosurf's new office in the heart of Silicon Valley, and look forward to celebrating with our partners, clients, and friends. Join our Opening Reception and celebrate with us on May 2nd, 2024.
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Do you care about surface finish?
Need to comply within certain specifications but no tool can measure the surface quality of your products?
At Nanosurf we have the solution.

Learn about our solutions for industry at
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#AFM #roughness #industry #surfaces

In today's #fridayAFM : how to use an industrial AFM to look at surface roughness.

#indstrialAFM #AFM #roughness #FlexAFM

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More details at: hubs.la/Q02tn04b0

Probably the most common AFM mode to measure mechanical properties such as modulus and adhesion is spectroscopy. This session discusses what a force curve measures and the different models available for force curve analysis.
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Care about surface finish, but your product is very heavy, has a high curvature, or simply it is too large?
At Nanosurf we deal with all of these problems to bring you the results your need.

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#AFM #roughness #industry #surfaces

Today's #fridayAFM : how to obtain collagen from sausages for your AFM experiments.

#bio #WaveMode #AFM #CleanDrive #collagen #NanosurfStudio #DriveAFM

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More details at: hubs.la/Q02sCXf20

For certain quantitative measurements, calibrations of key AFM parameters such as cantilever spring constant and sensitivity are critical. This AFM Master Class session reviews the different methodologies for conducting the various calibrations.

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Are you an expert on processing AFM images?
If not, this AFM Master Class session will be useful to you. You will learn about basic image processing steps as well as some additional useful image processing such as histograms, 3-D overlays, and masking.
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Happy Easter! Wishing a beautiful spring weekend to all our colleagues and friends. This #DriveAFM sets a good example - take the opportunity to get outside and bask in the abundant natural beauty of the season.

Learn about Nanoelectrical Characterization in Nanosurf's AFM Master Class. This session covers the key AFM modes to measure a variety of electrical properties including surface potential, piezoelectric properties and conductivity.

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Discover how Federico Colombo and colleagues used a FlexAFM to track the mass of individual cells. Read about their publication to find out why Nanosurf is a brand that researchers can confidently recommend for AFM solutions.
#cellbio #AFM #article
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This photothermal torsional resonance image of hexagonal boron nitride (hBN) layer on graphene captures a moiré superlattice pattern, with a subtle 2.2° twist between the layers. (image size: 500 nm; color scale: 9.6°)
Learn more: hubs.la/Q02mq9f70

AFM Master Class on Youtube: This session includes a discussion of what it is exactly that the phase measures, and how it is useful, both as an imaging mode and as an important indicator for topographic imaging.
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This application note explores the use of Atomic Force Microscopy for in-depth analysis of graphene, highlighting its atomic-scale resolution and multifunctional capabilities in characterizing this remarkable 2D material.
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