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Battery Research: AFM, Nanoindentation and Other Characterization Techniques
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Materials Research AFMs

The push for discovery and understanding has often been the catalyst to Bruker’s development of new and relevant capabilities for the materials research community. Our latest AFM advances are no exception. We are enabling researchers to map and quantify elastic and viscoelastic properties, nanoscale conductivity, local electrochemical activity, and more —while simultaneously imaging sample topography at atomic scale resolution. Utilizing PeakForce Tapping®, FASTForce Volume, and exclusive probes technology, Bruker’s large-sample and small-sample AFMs have an unmatched track record of helping scientists discover, understand, and publish in new, high-impact areas of science.

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Dimension XR

First-and-Only AFM Capabilities and Performance

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Dimension Icon

World's Most Utilized Large-Sample AFM

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Dimension FastScan

Flagship AFM for Nanoscale Research



MM8 HR Small Sample AFM v1

MultiMode 8-HR

The AFM Benchmark for High Performance


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Dimension Edge

The Best Value High-Performance AFM

Innova small sample AFM v3


Best Place to Start Your AFM Research

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Dimension Icon-Raman

AFM with Integrated Raman Spectroscopy

Innova IRIS nanochemical AFM v3

Innova Iris

Most Complete TERS System