Most existing SFM software tools are aimed at broad general use: from material-surface analysis to visualization of biomolecules.
However, high-throughput analysis of SFM data is limited by the lack of versatile software tools accessible to SFM users. 3rd Party Software for Images (PC & Mac)įor GLAs see the page for the instrument you are interested in.Scanning force microscopy (SFM) allows direct, rapid and high-resolution visualization of single molecular complexes irregular shapes and differences in sizes are immediately revealed by the scanning tip in three-dimensional images.Nanoscope Analysis 64 bit software for Win 7.NanoMechanical Video Need to login to Bruker PeakForce Quantitative NanoMechanical Mapping Tutorial.Scanning Probe Microscopy by John Cross.How to become a user of an AFM instrument.Users need to provide their own tips that are appropriate for their application. Information on how to become a AFM/SPM users are here. An Asylum Research-MFP Bio AFM with an inverted microscopy is described here. Used in constant current or height mode and as an Electrochemical STM. The STM is designed for atomic-scale resolution imaging of surfaces. A Digital Instruments STM with Nanoscope V controller: The newly-upgraded camera system allows easier operation. It is designed for atomic-scale resolution imaging of surfaces. The MultiMode-8 is equipped with ScanAsyst® automatic image optimization. The MultiMode-8 is an upgrade of our Multimode-3 instrument. Click here for details.Ī MultiMode-8 AFM with Nanoscope V controller and A, E and J scanners: Particularly nanomechanical and nanoelectrical measurements. The Icon is primarily reserved for advanced AFM-based functions, The Dimension Icon AFM is equipped with ScanAsyst® automatic image optimization. A Bruker Dimension Icon AFM with Nanoscope V controller:
Nate Lewis, the Beckman Institute, and the Chemistry an Chemical Engineering Division for making them possible. We have three Atomic Force Microscopes (AFM) and a Scanning Tunneling Microscope (STM).
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