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On-demand WEBINAR | From Infrastructure to Impact: The Full Potential of Electron Microscopy and Micro-CT Solutions in Core Facilities in Materials Science

ON DEMAND WEBINAR

Core facilities support many departments on the same instruments, often without growing staff or budgets. This session brings together SpinLab Katowice and TU Graz to share practical approaches to running multi-user microscopy and micro-CT environments with faster time to data, efficient training, and consistent performance.

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What you will learn

The four success factors for modern core facilities: time to data, versatility, training efficiency, and predictable uptime.
How Plasma FIB-SEM supports both high-throughput 3D workflows and precise sample preparation, including automated TEM lamella preparation.
How high-speed micro-CT enables dynamic in-situ experiments and broadens the range of user applications.

Why watch

Get real operating insights from two established European facilities.
Understand how to choose the right micro-CT approach based on sample size vs required resolution.
Learn practical guidance on common constraints, including radiation damage, contrast enhancement, and correlative workflows.
Take away ideas to improve utilization, user support, and research output in shared environments.

Tescan Core Facility Webinar Series

A quarterly series where leading core facilities share what works in practice, what does not, and how they keep shared infrastructure effective as demand grows.

Speakers and Facilities

Marcin Libera, PhD. Eng.

SPIN-Lab Centre for Microscopic Research on Matter, University of Silesia in Katowice

Marcin Libera is Director of the SPIN-Lab Centre for Microscopic Research on Matter at the University of Silesia in Katowice and an expert in electron microscopy. His work focuses on correlative microscopy workflows that combine high-resolution imaging with complementary analytical methods to support interdisciplinary research. In this webinar, he will share practical examples of selecting techniques, interpreting results, and turning microscopy data into actionable conclusions.

Assoc. Prof. Robert Schennach

Institute of Solid State Physics, Graz University of Technology

Robert Schennach is an Associate Professor at the Institute of Solid State Physics at Graz University of Technology, with a background in surface science and materials research. He coordinates a multi-institutional micro-CT consortium in Graz, operating Tescan UniTOM HR and UniTOM XL systems. In this webinar, he will share practical insights into managing shared tomography infrastructure and delivering reliable research outcomes from complex measurements.

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WEBINAR RECORDING

From Infrastructure to Impact: The Full Potential of Electron Microscopy and Micro-CT Solutions in Core Facilities in Materials Science

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