Picture of segmented active ingredient particles in an antihistamine tablet. Following imaging on a ZEISS Versa XRM, the data was reconstructed using ZEISS DeepRecon Pro to improve contrast between similar low density materials for better segmentation. Widest width of tablet is 5 mm.

How to gain holistic understanding of pharmaceutical materials and enable process optimization using ZEISS
X-ray microscopy solutions

Webinar Series

  • Introduction to X-ray microscopy for pharmaceutical materials
  • How to leverage 3D measurements and statistics for process optimization
  • Discover advanced root-cause-analysis by segmentation and 3D characterization of features
  • Explore interesting case studies on multiscale imaging for comprehensive understanding of grains, interfaces, particles, pores and their spatial relationships, chemistry and interactions
Image showing Comparison of FDK and PhaseEvolve reconstructed data of riboflavin (vitamin B2) powders. Also phase classification using Mineralogic 3D, and further morphological segmentation and classification using ZEN Intellesis. Reconstructed 3D volume shows two examples of the 3 grain types.
Comparison of FDK and PhaseEvolve reconstructed data of riboflavin (vitamin B2) powders. Also phase classification using Mineralogic 3D, and further morphological segmentation and classification using ZEN Intellesis. Reconstructed 3D volume shows two examples of the 3 grain types.
Comparison of FDK and PhaseEvolve reconstructed data of riboflavin (vitamin B2) powders. Also phase classification using Mineralogic 3D, and further morphological segmentation and classification using ZEN Intellesis. Reconstructed 3D volume shows two examples of the 3 grain types.

Join our free webinar series

April 29 and May 8 | 2pm CEST

In the rapidly evolving and highly regulated pharmaceutical industry, a comprehensive understanding of materials is crucial for R&D and ensuring product quality, safety, and efficacy. As companies strive to meet stringent regulatory requirements and consumer expectations, the ability to optimize processes becomes increasingly important.

The webinar series will start with an introduction to X-ray microscopy, focusing on its applications in analyzing pharmaceutical materials. Participants will learn how to leverage three-dimensional measurements and statistical analysis for advanced pharmaceutical material studies and drive process optimization.

Learn more about advanced root-cause analysis through segmentation and 3D characterization of critical features, enabling a deeper understanding of material behavior.

The series will also explore compelling case studies that highlight multiscale imaging techniques, providing insights into the spatial relationships, chemistry, and interactions of grains, interfaces, particles, and pores.

Join us to enhance your understanding of pharmaceutical materials and learn how advanced X-ray microscopy can drive process optimization, ultimately contributing to the development of safer and more effective products.

Watch the webinar recordings below

  • Session I: Introduction to X-ray Microscopy for Pharmaceuticals

  • Session II: 3D image processing & AI for Pharmaceuticals

  • Session I: Introduction to X-ray Microscopy for Pharmaceuticals
  • Session II: 3D image processing & AI for Pharmaceuticals