Bruker NanoSurfaces Division is the world's most trusted name in Atomic Force Microscopy, 3D Optical Microscopy, Stylus Profilometry and Tribology. Their AFM's drive the world's leading-edge research in life science, materials science, semicondoctor, electrochemistry, and many other applications. The new Dimenstion FastScan is the world's fastest and most productive AFM, offering unrivalled speed and resolution.
The first and only AFM-based viscoelastic technique that ties directly to bulk DMA
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Automated, quantitative single-cell and tissue mechanics
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Automated, AI-guided, multi-chamber, in vitro imaging and nanomechanical analysis
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Self-calibrating, fully automated solution for research and production
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Streamlined and affordable benchtop for roughness metrology
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Flexible benchtop for surface texture metrology
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Fully automated benchtop for 3D metrology
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Studying phase and domain temperature dependence at high resolution
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Proven technology enhanced performance
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High performance nanoscale IR spectroscopy and imaging for semiconductor applications
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Highest performance, large sample nanoIR with PeakForce property mapping
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Intersection of high performance and unbeatable value
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Extreme research systems for nanomechanics, nanoelectrical and nanoelectrochemistry
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Spectroscopic reflectometry for thickness measurement of thin to very thick films on micron-sized device features
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Multi-angle deep UV reflectometry and ellipsometry for accurate thin film and multi-layer characterisation
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Spectroscopic ellipsometer with rotating compensator design for accurate thin film characterisation
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High-throughput, quantitative single-molecule biomechanics
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Highly versatile, ideally suited for challenging biological samples
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In-situ indenter for soft biomaterials mechanical characterisation
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Automated co-localised imaging and analysis for high-throughput in-situ nanoindentation
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Robust, precise and modular in-situ SEM nanomechanical instrument
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Extended value and capabilities for in-situ nanomechanical testing
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The world's most comprehensive nanomechanical testing with unmatched performance
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Essential toolkit for quantitative nanoscale-to-microscale mechanical and tribological characterisation
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Sydney • New South Wales
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Adelaide • South Australia
