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Mastering CT: Advanced Techniques in Practice

Struggling with scanning high-density samples, automating routine work, or observing dynamic structural changes? Join this webinar series designed to help you overcome common challenges and build confidence with advanced X-ray CT methods.

High-attenuation Sample Imaging with X-ray Computed Tomography

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Having trouble scanning dense or bulky samples with CT?

High-attenuation materials and large parts can push X-ray CT to its limits—causing image artifacts, low contrast, and tricky mounting issues. But with the right techniques and tools, you can still get clear, usable 3D data. This webinar dives into the challenges of scanning heavy or high-Z materials and shows practical ways to improve image quality, stability, and analysis. Real examples from batteries, metal parts, and VTOL drone will bring the concepts to life.

You will learn:

  • Common problems when scanning dense or large samples—and how to solve them
  • How to reduce artifacts and improve contrast in high-attenuation imaging
  • Sample handling and mounting tips for challenging geometries
  • Case studies including batteries, metal radiator, and VTOL drone

Automating Workflows for X-ray CT

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Tired of repeating the same CT scans over and over?

If you're scanning similar samples again and again—or need consistent data across batches—automation can save you time, reduce errors, and make your workflow far more efficient. In this webinar, we’ll show how to standardize and automate both CT data collection and analysis using practical tools and real-world examples. From setting up automated sample changers to streamlining processing in software, you'll see how to get repeatable results without the repetitive work.

You will learn:

  • How to set up automated CT scanning for multiple or similar samples
  • Tips for choosing mounts and sample handling tools that support repeatability
  • How to use software tools like VG STUDIO MAX and Dragonfly to automate data processing
  • Real examples showing how automation improves speed, consistency, and analysis quality

4D Structure Study with X-ray Computed Tomography

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Ever wondered how materials change while they're under stress?

Understanding how a material’s structure evolves in real time can reveal critical insights into its strength, durability, and performance. With X-ray CT, you can capture these changes non-destructively and in 3D—directly as they happen. In this webinar, we’ll demonstrate how to run time-resolved (4D) experiments using in situ compression, and how to link structural changes with mechanical behavior. You’ll see how this powerful technique can improve your understanding of materials under load.

You will learn:

  • How to set up and run in situ experiments with X-ray CT
  • Ways to capture 4D data during mechanical testing
  • How to analyze structural changes over time and correlate them with material behavior
  • Example use cases using an in-situ compression stage

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