Core Insights - Nanox Imaging Ltd will showcase its Nanox.ARC X multi-source digital tomosynthesis system and AI solutions at the RSNA 2025 Annual Meeting from November 30 to December 4, 2025 [1][2] Product Overview - The Nanox.ARC X system, which received FDA 510(k) clearance in April 2025, enables advanced 3D imaging at lower costs and radiation doses compared to CT scans, applicable for various medical indications [2][4] - Live demonstrations of the Nanox.ARC X will occur every 30 minutes at RSNA booth 3914, along with clinical data presentations supporting digital tomosynthesis [3][6] AI Innovations - Nanox is developing a pulmonary nodule AI solution as part of the Nanox.ARC X, along with two standalone AI innovations for measuring aortic valve calcification and body composition [3][4] - The company aims to leverage AI to enhance routine medical imaging efficiency and improve early detection of chronic conditions [9] Event Details - Presentations at RSNA include a focus on AI and digital tomosynthesis in pulmonary nodule detection and applications in the musculoskeletal system [5][6] - A cocktail event discussing the future of radiology and AI will be hosted by Dr. Lawrence Tanenbaum on December 1, 2025 [6][7] Company Vision - Nanox's vision is to expand its technology's reach beyond hospital settings, providing a comprehensive solution from scan to diagnosis, enhancing health outcomes through early detection and treatment [9]

Core Insights - Nanox Imaging Ltd has announced a clinical and educational collaboration with Keiser University to deploy its advanced imaging system, Nanox.ARC, for training healthcare professionals [1][2] Company Overview - Nanox is focused on transforming healthcare through affordable medical imaging technologies, utilizing advanced AI and proprietary digital X-ray sources [6][7] - The company aims to enhance early detection and treatment of diseases, improving health outcomes globally [7] Product Details - The Nanox.ARC is a 3D digital tomosynthesis imaging system that offers improved sensitivity and specificity compared to traditional X-ray, while also reducing patient radiation exposure and radiologist reading times compared to CT scans [3][9] - The system features a proprietary digital X-ray source powered by cold cathode technology, providing a detailed, layered view of the body [3][9] Collaboration with Keiser University - The Nanox.ARC will be integrated into Keiser University's Radiologic Technology graduate program, allowing students and local medical imaging providers to access the technology for educational purposes [2][5] - This partnership is expected to enhance clinical education and empower future healthcare professionals with innovative diagnostic tools [5] Keiser University Overview - Keiser University is Florida's largest private, non-profit university, serving nearly 20,000 students across 21 campuses and online [4][10] - The university has awarded approximately 100,000 degrees since its establishment in 1977 and is recognized for its contributions to workforce talent in healthcare and nursing [4][10]