Your shopping cart is currently empty.
PEAKFORCE-HIRS-F-A
Geometry
SpecialTip Radius (nm)
Nom: 1
Max: 2
Frequency (KHz)
Nom: 165
Min: 130
Max: 200
Length (µm)
Nom: 36
Min: 34
Max: 38
Spring Const (N/m)
Nom: 0.35
Min: 0.15
Max: 0.6
Width (µm)
Nom: 16.0
Min: 14.5
Max: 17.5
3 Total Related Products
New super sharp probes for highest resolution imaging in air on the widest sample range.
Optimized for PeakForce Tapping operation in air. Recommended for use with any PeakForce Tapping enabled Bruker AFM. Combines a tip with 1 nm nominal end radius and moderate 0.25 N/m spring constant for reliable highest resolution imaging on any sample, including highly reflective samples. Resonant frequency 55 kHz in air.
300 nm image resolving sharp ridges on a Nioprobe sample. Acquired on a Dimension Icon using PeakForce Tapping, with SCANASYST-AIR-HPI-SS probes.
View...
Optimized for PeakForce Tapping operation in air. Recommended for use with any PeakForce Tapping enabled Bruker AFM. Combines a tip with 1 nm nominal end radius and moderate 0.25 N/m spring constant for reliable highest resolution imaging on any sample, including highly reflective samples. Resonant frequency 55 kHz in air.
300 nm image resolving sharp ridges on a Nioprobe sample. Acquired on a Dimension Icon using PeakForce Tapping, with SCANASYST-AIR-HPI-SS probes.
View...
New super sharp probe for highest resolution imaging on the most delicate and challenging samples.
Optimized for PeakForce Tapping operation in air and fluid. Recommended for use with any PeakForce tapping enabled Bruker AFM. Combines a tip with 1 nm nominal end radius and low 0.12 N/m spring constant to provide highest resolution imaging when preservation of tip and sample are most challenging. Resonant frequency is 100 kHz in air, 30 kHz in fluid.
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.
View...
Optimized for PeakForce Tapping operation in air and fluid. Recommended for use with any PeakForce tapping enabled Bruker AFM. Combines a tip with 1 nm nominal end radius and low 0.12 N/m spring constant to provide highest resolution imaging when preservation of tip and sample are most challenging. Resonant frequency is 100 kHz in air, 30 kHz in fluid.
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.
View...
Order a free PEAKFORCE-HIRS-F-A sample
Price: $850.00 (USD)
Sold in packs of 10
Questions? Free, Online Consulting
Overview
The world's first probe targeted at delivering high resolution on molecular lattices.
- Ultra-sharp probe optimized for PeakForce Tapping operation in fluid.
- Recommended for use with any PeakForce Tapping enabled Bruker AFM.
- Recommended for highest resolution fluid imaging of bio-samples on transparent substrates such as resolving 2D membrane protein lattices.
- Tips with 1 nm nominal end radius, 0.35 N/m spring constant.
- One pack of 10 probes.
- Ultra-sharp probe optimized for PeakForce Tapping operation in fluid.
- Recommended for use with any PeakForce Tapping enabled Bruker AFM.
- Recommended for highest resolution fluid imaging of bio-samples on transparent substrates such as resolving 2D membrane protein lattices.
- Tips with 1 nm nominal end radius, 0.35 N/m spring constant.
- One pack of 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.
Tip Specification
Tip Height (h): 3-8 µm
Front Angle (FA): 15º
Back Angle (BA): 25º
Cantilever Specification
Material: Silicon Nitride
Geometry: Special
Cantilevers Number: 1
Cantilever Thickness (Nom): 0.310µm
Cantilever Thickness (RNG): 0.303-0.317µm
Back Side Coating: Reflective Au