High Resolution PeakForce Tapping Probes for Any Application in Air and Fluid

Bruker AFM Probes presents the world's first family of probes specifically targeted at delivering the highest resolution images in PeakForce Tapping mode, for any application. We now offer high resolution PeakForce Tapping probe solutions for:

• Biomolecular lattice imaging (PEAKFORCE-HIRS-F-A)
• Single biomolecule imaging (PEAKFORCE-HIRS-F-B)
• Delicate samples in air and fluid (PEAKFORCE-HIRS-SSB)
• General imaging in air (SAA-HPI-SS)
• High speed imaging (FASTSCAN-D-SS)
  

PEAKFORCE-HIRS-F-A  Delivers highest resolution on molecular lattices. - k = 0.35 N/m - f = 165 kHz - Tip radius = 1 nm - 10 probes		Lattice structure of Bacteriorhodopsin (bR) taken on an inverted optical microscope with BioScope Resolve.  Inset showing a single particle averaging of the bR trimer.  Green circle showing a single lattice defect.  Blue circle showing the lattice substructures. Z scale 0.6 nm.

PEAKFORCE-HIRS-F-B Delivers highest resolution on single biomolecules. - k = 0.12 N/m - f = 100 kHz - Tip radius = 1 nm - 10 probes		Continuous imaging of the DNA double helix obtained while operating on an inverted optical microscope.  Both the major and minor grooves, 2.2 nm and 1.2 nm respectively, are clearly resolved over the entire DNA strand.  150 nm scan size.  Movie playback speed 9x.

PEAKFORCE-HIRS-SSB Delivers highest resolution on delicate samples in air and fluid. - k = 0.12 N/m - f = 100 kHz - Tip radius = 1 nm - 10 probes		300 nm image showing carbon nanotubes to be aligned with the crystalline structure of a quartz substrate.  Acquired on a Dimension Icon using PeakForce Tapping, with PEAKFORCE-HIRS-SSB probes.

SAA-HPI-SS Delivers highest resolution for general imaging in air. - k = 0.25 N/m - f = 55 kHz - Tip radius = 1 nm - 10 probes		300 nm image resolving sharp ridges on a Nioprobe sample.  Acquired on a Dimension Icon using PeakForce Tapping, with SCANASYST-AIR-HPI-SS probes.

FASTSCAN-D-SS Delivers highest resolution for high speed imaging. - k = 0.25 N/m - f = 110 kHz (fluid) - Tip radius = 1 nm - 10 probes