GE HealthCare Expands AI-Powered SIGNA MR Platform at ISMRM 2026

GE HealthCare introduced a series of next-generation magnetic resonance (MR) technologies and research tools at the International Society for Magnetic Resonance in Medicine (ISMRM) 2026 Annual Meeting, expanding its push into AI-powered imaging workflows, deep learning reconstruction, and neuroscience research infrastructure. The announcements include the new SIGNA One workflow platform, the SIGNA Bolt 3T MRI system, helium-free SIGNA Sprint with Freelium, and expanded deep learning imaging capabilities through Sonic DL and AIR Recon DL. The company said the systems are designed to reduce scan times, improve image quality, and support more consistent imaging across research and clinical environments. “Our focus at ISMRM 2026 is to enable the research ecosystem that helps researchers explore new questions, scale collaboration and translate discoveries more efficiently to broaden clinical impact,” Kelly Londy, President and CEO, MR and Women’s Health at GE HealthCare, said in the announcement. The company also disclosed that its Sonic DL acceleration technology for 2D imaging beyond cardiac cine is now under U.S. FDA 510(k) review. GE HealthCare said the latest version expands the use of deep learning acceleration across a larger share of MRI exams. GE HealthCare first introduced Sonic DL as an AI-based MRI acceleration platform in 2023, targeting faster image acquisition and reduced reconstruction time in clinical MRI workflows. The broader imaging market has increasingly shifted toward AI-enabled software layers that operate across scanner fleets and workflow systems, including mammography and radiology platforms. Research Workflow and Neuroscience Expansion A central part of the ISMRM 2026 strategy is SIGNA One, an AI-powered workflow platform designed to unify clinical and research imaging environments. GE HealthCare said the system includes AI-guided workflow tools, simplified protocol management, and one-click switching between research and clinical modes during exams. The company also introduced SIGNA Studio, a new suite of MR software development and collaboration tools intended to simplify research deployment across institutions. The announcements come as healthcare imaging providers continue investing in integrated workflow environments that combine imaging, reporting, and AI orchestration into unified infrastructure systems. GE HealthCare additionally announced two new installations of its investigational MAGNUS head-only MR scanner at King’s College London and West China Hospital. The company said the systems will support neuroscience research focused on microstructural brain imaging, diffusion imaging, and functional imaging techniques. King’s College London separately described the MAGNUS platform earlier this year as a high-performance head-only scanner capable of capturing ultra-fine brain detail. “This installation at King’s College London represents an important step forward for neuroscience research,” Dr. Steve Williams, Professor of Imaging Sciences at King’s College London, said in the GE HealthCare release. GE HealthCare also highlighted the integration of icometrix and its icobrain platform into its neurological imaging strategy. The company announced plans to acquire icometrix in 2025 to strengthen quantitative brain MRI analysis and neurological care workflows. Faster MRI Imaging and Sustainability Focus The company used ISMRM 2026 to expand its sustainability and operational efficiency positioning around MRI systems. GE HealthCare introduced the SIGNA Sprint with Freelium, a helium-free MRI system that removes vent pipe requirements while using less than 1% helium, according to the company. It also expanded AIR Recon DL support for Zero Echo Time (ZTE) imaging and Silenz low-noise imaging applications. The system builds on the SIGNA Sprint Elite platform introduced at ISMRM 2025 for high-performance cardiology and oncology imaging workflows. MRI providers across the industry have increasingly deployed deep learning reconstruction systems to reduce scan times and improve throughput across large imaging networks. GE HealthCare said clinical teams at AZ Delta in Belgium are already using SIGNA Sprint Elite for faster cardiac MRI workflows. “SIGNA Sprint Elite finally bridges the gap between high-performance cardiac MRI and real clinic scalability,” Dr. Kristof De Smet, PhD, Chairman of the Medical Board at AZ Delta, said in the release.

GE HealthCare Expands AI-Powered SIGNA MR Platform at ISMRM 2026

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