Go beyond the image. Connect composition, structure and molecular identity.

Nov
30
MSSA

What does your microscopy image reveal and what remains unresolved? 

Join Oxford Instruments at the 59th Congress of the Microscopy Society of Southern Africa to explore how electron microscopy analysis and confocal Raman imaging can help answer complementary questions about your samples.

With MSSA 2026 embracing multimodal imaging, quantitative mapping and elemental analysis across materials and life sciences, discover analytical approaches that connect what you see with what your sample is made of and how it is structured.

Why visit us?

Bring the question your current images cannot answer. Visit the Oxford Instruments booth in the foyer to discuss how BEX, EDS, EBSD and Raman can help you investigate composition and structure, where AFM or nanoindentation could add surface and mechanical context, and how benchtop nuclear magnetic resonance (NMR) can complement microscopy with sample-level chemical and physical information. Book a meeting with our experts to identify a practical next step for your sample, including what Symmetry S4 could mean for your EBSD work.

  • Locate the chemistry that matters. Explore how AZtecLive with Ultim Max EDS reveals elemental variations in real time to guide detailed investigation. Discuss AZtecTEM for elemental characterisation at the nanoscale.
  • Understand the microstructure behind material behaviour. Connect elemental composition with grain orientation, texture and phases through complementary EDS and EBSD measurements. Ask how Symmetry S4 can help emerging diffraction-pattern insight guide your next measurement.
  • Identify compounds, not just elements. Discover how WITec confocal Raman imaging distinguishes molecular components and adds label-free chemical context. Discuss crystallinity and stress analysis where relevant to your sample.
  • Connect complementary views of the same sample. Explore how RISE Raman-SEM links surface detail with molecular information from the same sample area. Discuss how SEM, EDS and Raman provide complementary evidence to interpret heterogeneous regions.
  • Connect microscopy with complementary NMR insight. Building on MSSA’s focus on multimodal characterisation across materials and life sciences, explore how our benchtop NMR solutions can address questions beyond the image. Discuss X-Pulse for high-resolution multinuclear spectroscopy and reaction monitoring, MQC-R time-domain NMR for molecular mobility, phase behaviour and diffusion in materials such as polymers and porous media, and GeoSpec for rock-core porosity and fluid characterisation. These complementary measurements can help place local microscopy observations in a broader sample context.

Build your EBSD & EDS skills before MSSA

Join Oxford Instruments, our distributor Wirsam Scientific and the University of Cape Town for the free pre-event workshop “Moving Beyond Casual EBSD & EDS” on 29 November 2026, 10:30–17:00, at the UCT Electron Microscopy Unit, University of Cape Town.

Led by Keith Dicks, Senior Applications Scientist, this masterclass covers sample preparation, SEM beam conditions and geometry, detector and solver settings, Hough versus pattern matching indexing, data processing, combined EBSD and EDS mapping, and angular precision, alongside a presentation of Oxford Instruments’ latest innovations. A return shuttle from Stellenbosch (departing at 09:00), light lunch, tea breaks and dinner in Stellenbosch are included at no cost.

Interested in attending? Email both marketing@wirsam.com and nasheeta.hanief@uct.ac.za to enquire about availability and registration. Please confirm your place with the organisers before travelling.

Location

Protea Hotel, Stellenbosch

Date

30 November - 3 Decemberr 2026

Businesses

Andor, Asylum Research, NanoAnalysis, NanoIndentation, Raman

MSSA Book a meeting

What's New for MSSA

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We’re excited to meet you at this year’s MSSA. Book a meeting with one of our experts to explore how our technologies can support your research.

Book your meeting with our specialist

The Symmetry S3 is the only genuine all-in-one EBSD detector on the market, and is based on the revolutionary Symmetry detector, the world’s first EBSD detector to utilise advanced CMOS technology. Exceptional performance for all EBSD applications is combined with ease of use and a range of innovative design features.

Symmetry S3
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AZtecCrystal is Oxford Instruments’ modern and innovative EBSD data processing software, designed for the new era of high-speed EBSD detectors and ever-expanding EBSD applications. First launched in 2019, AZtecCrystal has been continually developed ever since and now offers the accessibility and functionality to satisfy the novice and expert alike.

AZtecCrystal 4.0
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Nanoindentation is the most advanced form of hardness testing. Pioneered by Oliver and Pharr in their seminal paper in 1992, the nanoindentation technique allows the automated measurement of both hardness and elastic modulus.

Nanoindentation
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Our ultra-high-performance AFM family offers unmatched imaging resolution, incredible ease of use, exceptional environmental control, and scan speeds all the way to video rate

Cypher Family of AFMs
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GeoSpec benchtop TD-NMR determines key properties of rock cores, reservoirs, and fluids, accurately measuring oil and water volumes, porosity, permeability, wettability, capillary pressure, and saturation. Designed to replicate logging tools, it supports high-pressure, high-temperature studies, enables advanced petrophysics investigations, enhanced oil recovery (EOR), and carbon capture and storage (CCS / CCUS) research using intuitive software

GeoSpec Rock Core Analysers
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OmniProbe allows you to work quickly, confidently, and without the risk of sample loss, simplifying advanced workflows and delivering high throughput lift-out. Designed and optimised for TEM lamella preparation in FIB-SEM, our 9th generation nanomanipulators are powered by piezoelectric motors and closed loop control for reliable, repeatable performance.

Nanomanipulators
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AZtecHKL is a powerful EBSD software platform that combines fast, accurate data acquisition and analysis with the flexibility required for advanced materials characterisation. Delivering real-time results, it maximises the performance of the Symmetry S3, the world’s most sensitive CMOS-based EBSD detector. The software also supports seamless simultaneous EBSD and EDS acquisition through AZtecSynergy and is optimised for nanoscale orientation mapping using Transmission Kikuchi Diffraction (TKD), making it ideal for both routine analysis and cutting-edge research applications.

AZtecHKL
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The Jupiter Discovery Atomic Force Microscope offers a unique combination of best-in-class performance along with exceptional ease of use. Whether in academia or industry, researchers expect high quality results with less training and effort. At the same time, today’s AFM measurements demand higher performance as users strive to resolve finer details and achieve higher accuracy, repeatability, and throughput. The Jupiter Discovery is the only AFM that meets these needs, delivering both the ultra-high performance and the exceptional usability that researchers need.

Jupiter Discovery AFM
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A flexible benchtop time domain NMR research instrument for materials analysis. MQC-R is a highly configurable, benchtop time domain nuclear magnetic resonance (TD-NMR) instrument for flexible analysis of materials across academia and industry. Its modular design provides wide ranging options for varying sample temperature and pulsed field gradient packages to measure diffusion and 1D profiles.

MQC-R TD-NMR research system
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