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Electron Microscopy Centre

The Electron Microscopy Centre helps researchers examine materials down to individual atoms.

We develop advanced electron microscopy techniques, including AI tools that help identify important features in samples. We can also observe how materials behave under realistic or extreme conditions, such as high temperatures, stress, electrical fields and different chemical environments.

Working with us


Led by Dr Alex Eggeman, the centre helps partners investigate materials at atomic scale.

Our experts provide advanced imaging, chemical analysis and experiments that recreate real operating conditions. This support helps researchers and industry understand how materials behave, solve practical problems and develop safer, more effective products and technologies faster.

We support applications in devices made by the National Graphene Institute, biomedical implants, next generation catalysts as well as metals, alloys and ceramics for the aerospace and nuclear industries.

Alex Eggeman

Royal Society Senior Research Fellow in Electron Microscopy

  • Electron diffraction and crystallography
  • Machine learning for automated analysis
  • Microstructure characterisation
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The facility offers:

Atomic scale imaging

Elemental analysis

Advanced electron diffraction

In-situ studies

3D analysis

Sample preparation

Comprehensive data analysis

28 microscopes enabling the study of any material

In-situ analysis under real-world operating conditions

Atomic-level analysis of internal structure and chemistry

200+ centre users supporting £70M+ of research

Our equipment


Thermo-Fisher 'Iliad' AC-Scanning Transmission Electron Microscope

A flagship analytical STEM with high-stability aberration corrector for atomic resolution imaging, Large solid angle energy-dispersive X-ray spectrometer and multichannel electron energy loss spectroscopy capabilities.

'Tanist' laboratory

In-situ thermomechanical analysis of materials achieved through a collaborative development between Tescan (SEM) and Newtec (in-situ capabilities). With laser- plasma-FIB capability for large volume material analysis

Tescan Amber2 Focussed-ion beam microscope

State-of-the-art electron imaging and gallium ion milling capabilities combined with AI-driven automated sample preparation and integrated gentle ion polishing system for advanced sample preparation.

Thermo-Fisher Talos TEM

Analytical STEM equipped with a direct electron detector for advanced electron diffraction analysis, precession electron diffraction capability and a full suite of thermal and mechanical sample manipulation.

See full equipment list

Our impact


Electron microscopes can provide the answers to a range of real world challenges, If you need to know what the atoms in a material are doing, this lab may be the way to study it. Examples include:

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Developing a new ISO standard for graphene layer quantification to assist industrial device manufacture →

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In-situ analysis of environmentally-assisted crack evolution in commercial airframes, which addressed a major challenge for Airbus →

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Location and systematic analysis of single atomic layer defects in Olivine, this has the potential to change the way that plate tectonics are modelled →

Interested in exploring the Electron Microscopy Centre further?

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