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Probes → SCANASYST-AIR-HR

SCANASYST-AIR-HR

SCANASYST-AIR-HR
Geometry
Rectangular
Tip Radius (nm)
Nom: 2
Max: 12
Frequency (KHz)
Nom: 130
Min: 100
Max: 160
Length (µm)
Nom: 60
Min: 55
Max: 65
Spring Const (N/m)
Nom: 0.4
Min: 0.2
Max: 0.6
Width (µm)
Nom: 30
Min: 27
Max: 33
4 Total Related Products
ScanAsyst utilizes a Bruker proprietary method for curve collection and sophisticated algorithms to continuously monitor image quality, and to automatically make appropriate parameter adjustments.  This enables:

- Automatic image optimization for faster, more consistent results, regardless of user skill level.
- Direct force control at ultra-low forces to protect delicate samples and tips from damage.
- Elimination of cantilever tuning, setpoint adjustment, and gain optimization to make even fluid imaging simple. 

For use only on ScanAsyst-enabled Dimension Icon, MultiMode 8, and BioScope Catalyst AFMs.  See the cantilever orientation diagram here.  All ScanAsyst probes have <2 degrees of cantilever bend.
SCANASYST-AIR
ScanAsyst utilizes a Bruker proprietary method for curve collection and sophisticated algorithms to continuously monitor image quality, and to automatically make appropriate parameter adjustments.  This enables:

- Automatic image optimization for faster, more consistent results, regardless of user skill level.
- Direct force control at ultra-low forces to protect delicate samples and tips from damage.
- Elimination of cantilever tuning, setpoint adjustment, and gain optimization to make even fluid imaging simple. 

For use only on ScanAsyst-enabled Dimension Icon, MultiMode 8, and BioScope Catalyst AFMs.  See the cantilever orientation diagram here.  All ScanAsyst probes have <2 degrees of cantilever bend.
More...
ScanAsyst-Fluid probes have an intentionally dull tip ideal for force measurements and imaging extremely delicate samples in fluid.  For a sharper ScanAsyst tip for fluid imaging please use the ScanAsyst-Fluid+.

ScanAsyst utilizes a Bruker proprietary method for curve collection and sophisticated algorithms to continuously monitor image quality, and to automatically make appropriate parameter adjustments.  This enables:

- Automatic image optimization for faster, more consistent results, regardless of user skill level.
- Direct force control at ultra-low forces to protect delicate samples and tips from damage.
- Elimination of cantilever tuning, setpoint adjustment, and gain optimization to make even fluid imaging simple. 

For use only on ScanAsyst-enabled Dimension Icon, MultiMode 8, and BioScope Catalyst AFMs.  See the cantilever orientation diagram here.  All ScanAsyst probes have <2 degrees of cantilever bend.
SCANASYST-FLUID
ScanAsyst-Fluid probes have an intentionally dull tip ideal for force measurements and imaging extremely delicate samples in fluid.  For a sharper ScanAsyst tip for fluid imaging please use the ScanAsyst-Fluid+.

ScanAsyst utilizes a Bruker proprietary method for curve collection and sophisticated algorithms to continuously monitor image quality, and to automatically make appropriate parameter adjustments.  This enables:

- Automatic image optimization for faster, more consistent results, regardless of user skill level.
- Direct force control at ultra-low forces to protect delicate samples and tips from damage.
- Elimination of cantilever tuning, setpoint adjustment, and gain optimization to make even fluid imaging simple. 

For use only on ScanAsyst-enabled Dimension Icon, MultiMode 8, and BioScope Catalyst AFMs.  See the cantilever orientation diagram here.  All ScanAsyst probes have <2 degrees of cantilever bend.
More...
ScanAsyst-Fluid+probes have a sharpened tip ideal for high-resolution imaging in fluid.  For an intentionally dull ScanAsyst tip for force measurements and extremely delicate samples in fluid, please use model ScanAsyst-Fluid.

ScanAsyst utilizes a Bruker proprietary method for curve collection and sophisticated algorithms to continuously monitor image quality, and to automatically make appropriate parameter adjustments.  This enables:

- Automatic image optimization for faster, more consistent results, regardless of user skill level.
- Direct force control at ultra-low forces to protect delicate samples and tips from damage.
- Elimination of cantilever tuning, setpoint adjustment, and gain optimization to make even fluid imaging simple. 

For use only on ScanAsyst-enabled Dimension Icon, MultiMode 8, and BioScope Catalyst AFMs.  See the cantilever orientation diagram here.  All ScanAsyst probes have <2 degrees of cantilever bend.
SCANASYST-FLUID+
ScanAsyst-Fluid+probes have a sharpened tip ideal for high-resolution imaging in fluid.  For an intentionally dull ScanAsyst tip for force measurements and extremely delicate samples in fluid, please use model ScanAsyst-Fluid.

ScanAsyst utilizes a Bruker proprietary method for curve collection and sophisticated algorithms to continuously monitor image quality, and to automatically make appropriate parameter adjustments.  This enables:

- Automatic image optimization for faster, more consistent results, regardless of user skill level.
- Direct force control at ultra-low forces to protect delicate samples and tips from damage.
- Elimination of cantilever tuning, setpoint adjustment, and gain optimization to make even fluid imaging simple. 

For use only on ScanAsyst-enabled Dimension Icon, MultiMode 8, and BioScope Catalyst AFMs.  See the cantilever orientation diagram here.  All ScanAsyst probes have <2 degrees of cantilever bend.
More...
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.



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-A
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.



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.
More...
Price: $380.00 (USD)
Sold in packs of 10
Shipping Info
Probe Selection Guide
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+1 (800) 715-8440
Overview
ScanAsyst-Air-HR probes are specifically designed for use with the ScanAsyst-HR fast scanning accessory on the MultiMode 8 AFM.  Enjoy up to 20X faster survey scan rates and up to 6X faster scans with no loss of resolution.  This remarkable development leverages Brukers exclusive ScanAsyst® Self-Optimizing Atomic Force Microscopy Imaging Mode, which has established itself as the industry standard for AFM ease of use.  The result is the high-speed ScanAsyst-HR - an imaging mode not just capable of high resolution at fast speeds, but also incredibly easy to use.

If you have an older MultiMode model please contact Bruker to find out how to upgrade it to a MultiMode 8 AFM with high speed ScanAsyst-HR.
Tip Specification
SCANASYST-AIR-HR Tip Image
Tip Height (h): 5 µm
Cantilever Specification
SCANASYST-AIR-HR Cantilever Image
All ScanAsyst-Air-HR probes have less than 2º of cantilever bend.
Material: Silicon Nitride
Geometry: Special
Cantilevers Number: 1
Cantilever Thickness (Nom): 0.5µm
Back Side Coating: Reflective Aluminum
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