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Nano Indentation
Accurate Mechanical Property Measurements at the Nanoscale
Nano Indentation is a cutting-edge Atomic Force Microscopy (AFM) mode designed for quantifying mechanical properties such as hardness and elasticity with nanoscale precision. This mode is ideal for studying materials in thin films, polymers, composites, and biological applications, offering unparalleled insights into mechanical behavior.
Key Features
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Quantitative Analysis: Measure hardness, elasticity, and other mechanical properties at the nanoscale.
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High Precision: Achieve sub-nanometer displacement resolution and picoNewton force sensitivity.
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Wide Applicability: Suitable for soft and hard materials, including biomaterials, polymers, and metals.
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Depth Control: Accurately control penetration depth to avoid substrate effects.
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Real-Time Data: Immediate feedback on material response during indentation.
AAC Sample & Nano Indentation Mode​
Applications of Nano Indentation
Materials Science
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Measure hardness and elasticity in coatings and thin films.
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Analyze mechanical properties of advanced composites.
Polymers
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Study viscoelastic properties and creep behavior.
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Optimize formulations for enhanced performance.
Biological Samples
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Characterize cell stiffness and tissue mechanics.
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Investigate biomaterial elasticity for medical applications.
Advanced Nano Indentation with Nano-Observer Series AFM
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The Nano-Observer Series AFM provides unparalleled capabilities for Nano Indentation, including advanced force control, real-time data acquisition, and customizable probe options.
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High Precision Force Control: Ensures accurate application of forces to avoid sample damage.
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Customizable Probes: Tailor measurements for specific applications, from soft biomaterials to hard coatings.
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Real-Time Feedback: Monitor material response during indentation for dynamic studies.