Characterise Dynamic Interfaces Under Real Operating Conditions

Meet Oxford Instruments at Operando Nano Interfaces 2026

From batteries and catalysts to electrochemical and energy materials, understanding how interfaces evolve requires complementary nanoscale characterization techniques.

Visit the Oxford Instruments booth to discover how AFM, Confocal Raman Imaging, and Nanoindentation can deliver correlated structural, chemical and mechanical insights into material behaviour during operation. The conference brings together researchers working on dynamic functional interfaces across catalysis, electrochemistry, batteries and energy materials, making it an ideal setting to discuss advanced characterization workflows

Why Visit Our Booth?

The most challenging materials problems rarely have a single answer.

Oxford Instruments enables researchers to correlate:

• Surface morphology changes
• Chemical and phase evolution
• Mechanical property degradation
• Structure-property relationships
• Interface dynamics under realistic environments

through a portfolio of complementary nanoscale characterization technologies.

Characterise Dynamic Interfaces from Every Angle

Oxford Instruments brings together complementary nanoscale characterisation techniques to help researchers understand how functional materials evolve under real operating conditions. AFM delivers high-resolution imaging and quantitative property mapping to investigate surface morphology, electrochemical processes and interfacial dynamics; Confocal Raman Imaging reveals chemical composition, molecular changes and phase transformations with exceptional spatial resolution; and Nanoindentation provides precise mechanical measurements, including hardness, modulus and degradation behaviour. Together, these techniques enable a more complete understanding of the structural, chemical and mechanical mechanisms governing performance in batteries, catalysts, electrochemical systems and advanced energy materials.