WaveMode Cantilever WM0.1Au-SS

WM0.1Au probes are used for high resolution imaging in photothermal off-resonance tapping (WaveMode). The combination of high resonance frequency and low spring constant makes them suitable for a wide range of applications in air and liquids. The reflex side of the cantilever is coated with a gold layer optimized for efficient photothermal excitation. The coating is highly reflective for standard optical beam deflection AFMs. The paddle shape design helps to minimize reflective interference from sample and to maximize the sum signal.

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Cantilever Specifications

Shape Rectangular with paddle
Material Silicon Nitride
Coating (Top side) Reflective gold coating
  Min. Typical Max. 
Length (µm) 30 40 50
Width (µm) 10 12 14
Resonance frequency in air (kHz) 80 120 200
Spring constant (N/m) 0.05 0.1 0.3
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BT10105_WM0_1200x1050

Tip Specifications

Shape Pyramidal
Height (µm) 4 - 8
Tip radius (nm) < 10, typical 2
Material Silicon
Coating None

 

BT10105_AFM topography DNA Origami

AFM topography image of GATTA-AFM Nanoruler DNA Origami measured with WM0.1AuSS and DriveAFM in WaveMode.

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