3D High-Resolution XRM and Correlative Workflows

Unlike conventional micro-CT systems, XRM technology does not rely solely on geometric magnification. Thanks to specialized scintillator-coupled objective lenses, working just like an optical microscope, it achieves Optical Magnification, making resolution independent of sample geometry. Discover how this technical superiority empowers your research.

• Conventional CT vs. XRM: The critical differences between Geometric and Optical magnification, and XRM's unique advantage of Resolution at a Distance.
• Bringing the Synchrotron to the Lab: How to extend your research from Synchrotron facilities to the laboratory scale and the complementary role of XRM in this process.
• Correlative Workflows: Seamless data flow spanning from macro to micro and nano, thanks to the integration between XRM and XBs (FIB-SEM).
• High-Resolution Multi-Scale Targeting: Techniques for using 3D XRM data to identify Regions of Interest (ROI) within the sample non-destructively and determining the exact location for nano-scale examination.
• Industry Use Cases: From battery research to geology, materials science to electronics; explore real-world case studies where high-resolution, non-destructive, and 3D imaging makes the difference.