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Explore In-Situ Compression Analysis with TESCAN’s Advanced Micro-CT Technology

Picture of micro-CT Team micro-CT Team 13 Nov 2024

Additive manufacturing analysis Structural integrity testing Real-time CT imaging Compression testing

Gain unparalleled insights into material performance with dynamic CT scanning.

In additive manufacturing, understanding material performance under stress is crucial. TESCAN’s UniTOM XL offers a revolutionary solution for real-time analysis of 3D-printed metal lattice structures. Our latest application note details how dynamic micro-CT captures in-situ structural changes, revealing the mechanisms behind material failure and linking microstructure with performance.


volume rendering of the sample at different time-points during the compression; the volume was virtually cut to reveal the in interior.

Fig. 1 Volume rendering of the sample at different time-points during the compression; the volume was virtually cut to reveal the in interior.


What You’ll Learn

  • How dynamic micro-CT provides real-time, uninterrupted imaging during compression testing

  • The benefits of high-resolution temporal data for observing structural integrity and failure points

  • Insights into 3D-printed magnesium alloy structures and their potential for aerospace and medical applications



Download the Full Application Note

 

Why It Matters


Using continuous 4D scanning, our system captures every critical moment, removing time gaps to ensure a complete understanding of material behavior under stress. Engineers and scientists can now visualize shear failures, identify the onset of cracks, and optimize material properties based on real data.

 

Thank you for being interested.

 

Further reading