(IN BRIEF) Fraunhofer is developing the GiantEye high-energy computed tomography system to enable nondestructive testing of large and complex objects with unprecedented detail. The system uses a gantry-based design that allows large components such as vehicles, aircraft parts and high-voltage … Read the full press release
Posted in Automotive, Business, Energy, Gas & Oil, Environment, Financial, Germany, Industrial, Infrastructure & Utilities, Investment, Management, Marketing, Technology
Tagged aerospace inspection, Alexander Ennen, Automotive Testing, computed tomography, CT technology, Development Center X Ray Technology Fürth, digitalization, Fraunhofer, Fraunhofer Advances Industrial Nondestructive Testing with GiantEye High Energy CT Platform for Large Objects, Fraunhofer IIS, Fraunhofer Introduces Next Generation High Energy CT Technology Designed for Industrial Scale Inspection Applications, GiantEye project, Giovanni Del Galdo, high energy CT, high-voltage batteries, industrial CT scanning, industrial quality assurance, linear accelerator, nondestructive testing, Norman Uhlmann, X-ray imaging
(IN BRIEF) Fraunhofer IIS is developing an affordable solution for continuous infrastructure monitoring by adapting radar sensors originally designed for the automotive sector. In response to growing concerns about Germany’s aging bridges and railways, the approach repurposes robust vehicle sensor … Read the full press release
Posted in Business, Construction, Germany, Industrial, Infrastructure & Utilities, News, Science, Technology
Tagged automotive technology reuse, bridge safety, Carola Bridge Dresden, Christoph Sohrmann, civil engineering monitoring, cost effective sensors, Fraunhofer IIS, Fraunhofer IIS Advances Continuous Structural Monitoring Using Vehicle Radar Systems, infrastructure monitoring, interferometric radar, MEMS sensors, public infrastructure safety, radar sensors, railway infrastructure, RICARES project, structural health monitoring, TU Dresden
(IN BRIEF) To address the growing issue of battery fires in recycling plants, researchers at Fraunhofer IIS have developed a groundbreaking sorting system that uses X-ray technology and AI to detect hazardous lithium-ion batteries early in the recycling process. The … Read the full press release
Posted in Artificial Intelligence (AI), Business, Environment, Financial, Germany, Healthcare, Industrial, Investment, Management, News, Science, Security & Safety, Technology
Tagged AI applications, artificial intelligence, BDE, BMBF, circular economy, DangerSort, fire prevention, Fraunhofer IIS, hazardous waste, lithium-ion batteries, LOBBE, plastic packaging, recycling plants, sustainability, waste sorting, X-ray technology
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