AFM Scan Results

Materials Science AFM Scan Results

Our Nano-Observer AFM series is tailored for materials science applications, delivering precise nanoscale analysis of surface morphology, mechanical properties, and electrical behavior. Equipped with advanced techniques such as ResiScope and HD-KFM III, it supports the investigation of a wide range of materials, from nanocomposites to functional coatings. Ideal for both research and industrial development, it ensures reliable, high-resolution results to drive innovation in materials engineering.

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Images

Metallic Particules (HD-KFM · 10x10 µm)
Metallic ParticulesHD-KFM · 10×10 µmHD-KFM mode · Surface potential · Scan size: 10×10 microns
Periodically Poled Lithium
Periodically Poled LithiumPFM · 50×50 µmPFM Mode · 1. Topography · 2. Phase Imaging · Scan size: 50×50 microns
Fibre (Resonant Mode · 10x10 µm)
FibreResonant Mode · 10×10 µmResonant Mode · Scan size: 10×10 micron
Carbon Fibers in epoxy
Carbon Fibers in epoxyForce modulation mode · 30×30µmForce modulation mode · Scan size: 30×30µm
Copper sample (5x5 µm)
Copper sample5×5 µmScan size: 5×5 µm
Cobalt Alloy Coating (MFM · 30µm)
Cobalt Alloy CoatingMFM · 30µmMFM signals · Scan size 30µm x  30µm
Stainless steel, (HD-KFM · 20µm)
Stainless steel,HD-KFM · 20µmHD-KFM mode · Scan size: 20µm
AFM scan of SrTiO3: resonant mode topography in open loop and closed loop
SrTiO₃: Z noiseResonant mode · open loop vs closed loopSrTiO₃ · Resonant mode · High resolution (Z noise) · 1. Open loop, RMS roughness (Sq) 157.7 pm · 2. Closed loop, RMS roughness (Sq) 139.6 pm
Grain Structure (5x5 µm)
Grain Structure5×5 µmScan size: 5×5 microns
Grain Structure (5x5 µm)
Grain Structure5×5 µmScan size: 5×5 microns
Grain Structure (5x5 µm)
Grain Structure5×5 µmScan size: 5×5 microns
Grain Structure (5x5 µm)
Grain Structure5×5 µmScan size: 5×5 microns

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