Blog

Discover how FIB-SEM reveals 3D micro- and nanostructures of materials. Learn how it works, its applications, and how GeoDict helps analyze FIB-SEM datasets.

Hidden Gems Article 3#: GeoDict transforms inaccurate CT data into reliable datasets, thereby laying the groundwork for meaningful analyses and simulations.

For more information, see the GeoDict 2026 SP 3 Release Notes.

On April 28, all project teams from the B@TS funding initiative gathered to share updates on their progress and discuss new developments in battery technology.

For more information, see the GeoDict 2026 SP 2 Release Notes.

Hidden Gems Article 2#: This article illustrates how workflow recording and reuse can be performed in GeoDict using two example datasets.

Learn how 3D volume or image segmentation assigns meaning to voxels, that enables accurate measurements of pores, fibers, particles, and defects.

Learn how 3D image visualization helps engineers explore CT data, validate segmentations, and communicate complex microstructures, analysis results and simulation results clearly.

Learn how 3D image processing cleans, enhances, and prepares CT and microscopy data for accurate analysis and engineering decisions.

Hidden Gems Article 1#: This series of short articles highlights selected “hidden gems” of the GeoDict software that may not be widely known.

A practical guide to the use of X-ray CT for defect detection, process control, and performance optimization in additive manufacturing.

Overview: What are pores, why is pore analysis important, how are pores classified and measured? The article also shows how image-based modeling and simulation with GeoDict enables advanced pore characterization beyond traditional measurements.