“If I'm looking at a rare specimen, I don't want to damage it. VGSTUDIO MAX is perfect. It's complex, but that's what's so wonderful about it. It's remarkable. I'm learning something new and really cool every day.”
Achieve subvoxel accuracy with standardised methods
Ensure precision and reproducibility with advanced segmentation tools, subvoxel-precise analysis, and standardised workflows, which provide reliable insights into biological and material structures.
Experience a comprehensive, all-in-one solution
With a complete toolbox and multiple modules, you can perform everything from reconstruction to volume analysis and visualisation. Enjoy maximum flexibility, thanks to our compatibility with CT, MRI, neutron tomography, and synchrotron scans.
Automate workflows for time-saving analysis
Leverage AI-based segmentation tools and macro-capable automation for efficient analysis. Our software streamlines processes, freeing up valuable time for more critical tasks.
Your next great discovery is waiting. These are some of the typical inspection tasks you can complete with our software solutions.
Wall Thickness Analysis
Wall thickness analysis on a nautilus (Allonautilus scrobiculatus) with a 3D clipping element to reveal inner structures for comparative anatomy. By analysing wall thickness, biologists can learn how the species adapts to different water depths.
Visualisation
Visualisation and segmentation of a Xenosaurus skull for comparative morphological analysis, courtesy of Edward L. Stanley, Florida Museum of Natural History.
Digital Volume Correlation (DVC)
DVC and annotations used for landmarking on a pig's skull (Sus scrofa) to compare specimens and quantify changes in anatomical structures.
Wall Thickness Analysis
Wall thickness analysis on a nautilus (Allonautilus scrobiculatus) with a 3D clipping element to reveal inner structures for comparative anatomy. By analysing wall thickness, biologists can learn how the species adapts to different water depths.
Visualisation
Visualisation and segmentation of a Xenosaurus skull for comparative morphological analysis, courtesy of Edward L. Stanley, Florida Museum of Natural History.
Digital Volume Correlation (DVC)
DVC and annotations used for landmarking on a pig's skull (Sus scrofa) to compare specimens and quantify changes in anatomical structures.
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