gscan.euCrawled Nov 5, 2026
The page provides information on deploying GScan’s Muon Tomography scanners.
Renovation plans for Sõpruse sild in Estonia required a detailed assessment of its internal steel condition before strengthening could proceed.
Installation underside of Llanrhystud bridge in two hours
Phys.org highlights a review paper on muon tomography, featuring input from collaborator professor Andrea Giammanco, a leading expert in the field.
The page traces muon tomography’s history and its current impact on non-destructive infrastructure assessment.
The Chemical Engineer discusses muon tomography’s role in nuclear waste management, noting its ability to identify deformations, waste distribution, and phase boundaries.
The company collaborated with Karen Knapp of the University of Exeter on a study using Atmospheric Ray Tomography (ART) to improve calcium measurement accuracy in human bones.
After hitting several major commercial milestones, GScan officially launches its Series A funding round.
GScan develops muon tomography scanners using natural atmospheric radiation, achieving high efficiency in material classification for applications like border control and infrastructure scanning.
GScan ART technology is developed in cooperation with scientific research institutions NICPB (KBFI), iCV Lab and University of Tartu. The GScan MFT (Muon Flux Technology) stack integrates the most advanced muon detection hardware with the most comprehensive data analysis software layer.
GScan's Muon Flux Tomography (MFT) detectors are ready for deployment across various sectors, delivering deep, non-destructive insights where conventional NDT methods fall short.
GScan’s Muon Flux Technology (MFT) detectors enable cosmic-ray-based 3D imaging for high-quality, safe scanning of various materials.
