Product Details

DriveAFM

The DriveAFM is Nanosurf’s novel flagship AFM platform: a tip-scanning atomic force microscope (AFM) that combines, for the first time, several capabilities in one instrument to enable novel measurements in materials and life sciences. The DriveAFM overcomes drawbacks of other tip-scanning instruments and provides atomic resolution together with fast scanning, fast force spectroscopy, and large scan sizes up to 100 µm. Thanks to Nanosurf’s innovations in optical beam path engineering and scanner design, the Drive scan head features photothermal actuation and full motorization for superior research performance and is easy to use for researchers at all levels of experience.

  • FULLY AUTOMATED LASER ADJUSTMENT AND SAMPLE APPROACH    through "software click"

 

  • FAST SCAN RATE 20 -30 HZ FOR THE ENTIRE SCAN RANGE OF 100 MICRONS

 

  • ACHIEVEMENT OF THE ATOMIC RESOLUTION TO LARGE AREA SCANNING THROUGH SINGLE PIEZO SCANNER

 

  • "CLEAN DRIVE" OPERATION_PHOTOTHERMAL EXCITATION FOR STABLE & HIGH RESOLUTION IMAGING IN THE AIR & LIQUID MEDIUM

 

  • Proprietary "WAVE MODE" - FASTEST & SAFEST TAPPING MODE THROUGH "PHOTOTHERMAL OFF RESONANCE TRACKING" FOR IMAGING THE MOST DELICATE STRUCTURES 

 

  • SINGLE SCANNER CAPABLE OF WORKING WITH BOTH "CONVENTIONAL AS WELL AS SMALL CANTILEVERS"

 

  • INDUSTRIES LOWEST NOISE CONTROLLER WITH "28 BIT RESOLUTION"

 

  • TURN KEY SOLUTION FOR "AFM GLOVE BOX WORKSTATION" FOR MATERIALS APPLICATIONS

 

  • OPTIONAL UPGRADATION WITH VARIOUS MOTORIZED STAGES ( XY RANGE 20MM/200MM/ 300MM ) FOR WIDE RANGE OF SAMPLES

 

  • INTEGRATION CAPABILITY OF AFM WITH "INVERTED MICROSCOPE/ INVERTED FLUORESCENCE MICROSCOPE/ CONFOCAL MICROSCOPY" FOR ADVANCED BIOLOGICAL APPLICATIONS 

 

  • INTEGRATION CAPABILITY OF AFM WITH "FLUIDFM"  FOR ADVANCED BIOLOGICAL APPLICATIONS SUCH AS "AFM MICROFLUIDICS" THROUGH HOLLOW CANTILEVERS FOR DOING LOCALIZED EXPERIMENTS

 

  • INTEGRATION CAPABILITY OF AFM WITH "PICOBALANCE/CYTOMASS" FOR ADVANCED BIOLOGICAL APPLICATIONS SUCH AS "FAST AND ACCURATE CELL MASS MEASUREMENTS IN PHYSIOLOGICAL CONDITIONS"


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