In-situ SEM nanoindentation combines nanomechanical testing with the imaging power of scanning electron microscopy, allowing researchers to observe material deformation and failure in real time. This makes it especially valuable for analysing nanostructures, thin films, composites, and advanced materials.
This page explains how in-situ SEM nanoindentation works, typical applications, and the capabilities of systems such as the Hysitron PI 87 PicoIndenter.
What is in-situ SEM nanoindentation?
In situ SEM nanoindentation is a technique that combines nanoindentation with scanning electron microscopy, allowing mechanical testing and live imaging to occur simultaneously. Researchers can measure force and displacement while directly observing how a material deforms, cracks, or fails under load.
In-Situ SEM Nanoindentation Demonstrations
Blue Scientific offers in-situ SEM nanoindentation demonstrations to help researchers and R&D teams understand how nanomechanical testing can be combined with SEM imaging for advanced materials analysis. Demonstrations can show how the technique is used to investigate deformation, fracture, delamination, and other material responses in real time.
Request an In-Situ SEM Nanoindentation Demonstration
If you would like to discuss in situ SEM nanoindentation or arrange a demonstration, contact our team on 01223 422 269 or info@blue-scientific.com. We can help you assess whether this approach is suitable for your materials, application, and SEM workflow.
Hysitron Pi87 PicoIndenter
- Test a wide range of samples with a maximum load>100 mN and displacements up to 150 µm.
- Industry-leading noise floor, bridging the gap between nano- and micro-scale.
- Increased normal force range for large and/or hard structures that require larger loads to induce failure, fracture or yield.
- Test compliant samples eg polymers, organic materials.
- Indentation probe options for a range of geometries, suitable for most high force/high displacement tests.
- Compatible with most SEMs.
Applications of In-Situ SEM Nanoindentation
- Hardness, stiffness, and modulus measurement
- Fracture onset characterisation
- Crack propagation analysis
- Delamination studies
- Pile-up and deformation behaviour
- Testing of thin films, coatings, metals, ceramics, polymers, and composites
Blue Scientific supports researchers and R&D teams across Sweden, Denmark, Norway, and Finland with local application and service support.
Book your demo on 01223 422 269 or info@blue-scientific.com
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Last updated: March 2026