FDA Clears Deep Learning Technology for High-Resolution CT Imaging
The software is designed to enhance spatial resolution and suppress artifacts in pulmonary, musculoskeletal, and inner ear scans.
The software is designed to enhance spatial resolution and suppress artifacts in pulmonary, musculoskeletal, and inner ear scans.
The zero-footprint diagnostic viewer is designed to give radiologists browser-based access to imaging studies and visualization tools within the Genesis Radiology Workspace.
The mobile C-arm system features AI-powered imaging tools and cable-free design for interventional procedures.
The software is designed to enhance spatial resolution and suppress artifacts in pulmonary, musculoskeletal, and inner ear scans.
The system is designed to give surgeons a clear, real-time view of critical anatomy and planned trajectories.Â
Read MoreNew guidance permits the use of de-identified data without requiring individual patient information in marketing submissions.Â
Read MoreThe system is indicated for use in minimally invasive urologic surgical procedures including prostatectomy, nephrectomy, and cystectomy.
Read MoreThe platform’s 510(k) clearance adds PET-CT workflows—including SUV quantification, fusion, MIP, and MPR—to its browser-based diagnostic environment, advancing unified cloud imaging infrastructure.
Read MoreThe clearance enables on-premise AI analysis of coronary CT angiography for quantifying calcified and non-calcified plaque.
Read MoreThe no-capital-expenditure ultrasound platform is designed to simplify workflow, reduce cost, and enhance procedural efficiency inside the cath lab.
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The cone-beam computed tomography system can image patients in standing, seated, or supine positions.