FusionScope is an innovative correlative microscopy platform that integrates AFM measurement techniques, SEM imaging, and EDS elemental analysis.
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The FusionScope
Correlative AFM & SEM
- 3.5–15 kV Acc. voltage
- Schottky emitter
AFM
- Piezoresistive cantilever
- Scan range: 222 µm (XY)
- Scan range: 11 µm (Z)
Compact Vacuum Chamber:
Pumping time: Less than 5 minutes
Joint Coordinate System
Image Credit: Quantum Design International
Main Benefits of Correlative AFM and SEM Microscopy:
- FusionScope is a user-friendly platform that combines the advantages of SEM and AFM.
- Accurately position the AFM on your area of interest, even on complex or difficult surfaces.
- Conduct a comprehensive analysis of topography, nanomechanics, chemistry, electrical, and magnetic properties using correlative SEM and AFM techniques.
Image Credit: Quantum Design International
Self-Sensing Cantilever
The electrical noise level of 0.32 Å for the self-sensing cantilever is equivalent to the optical noise level.
Image Credit: Quantum Design International
Image Credit: M. Dukic et al., Scientific Reports 5, 16393 (2015)
EFM Analysis of BaTiO3 Ceramics
Investigate grain boundary interfaces and energy barriers as a function of silica content.
Image Credit: Quantum Design International
Silicon-rich phase shows a smaller energy barrier.
Image Credit: Prohinig et al., Scripta Materialia 214 (2022) 114646
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Magnetic Properties of Duplex Steel
Utilize SEM to identify and map different magnetic domains on the surface of Duplex Steel.
Image Credit: Quantum Design International
Integrate SEM, EBSD, AFM topography, and MFM data for comprehensive correlative analysis.
Image Credit: Quantum Design International
Summary
FusionScope
An innovative method for interactive correlative research at the nanoscale that combines AFM and SEM.
Image Credit: Quantum Design International
Analyze Electrical Properties
Conduct in-situ EFM characterization at the BaTiO3 grain boundaries.
Image Credit: Quantum Design International
Analyze Magnetic Properties
Conduct MFM characterization of duplex steel in situ.
Image Credit: Quantum Design International
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