- In April 2023, Siemens Healthineers introduced its latest cardiac CT scanner, the SOMATOM Force, designed to deliver ultra-fast, high-resolution imaging with reduced radiation exposure. This advancement is particularly impactful for patients with high heart rates or arrhythmias, improving diagnostic precision for coronary artery disease. Siemens’ innovation reflects its ongoing commitment to enhancing non-invasive cardiac imaging and addressing the global need for accurate, patient-centric diagnostics
- In March 2023, GE HealthCare announced the launch of its TrueFidelity CT image reconstruction technology in cardiovascular imaging applications. The deep-learning-based system enhances image clarity while significantly reducing noise, allowing for improved visualization of coronary arteries. This development marks a crucial step in leveraging artificial intelligence to support early and reliable detection of cardiac conditions and reinforces GE’s leadership in smart imaging solutions
- In March 2023, Canon Medical Systems expanded its cardiac imaging portfolio with the introduction of the Aquilion ONE / PRISM Edition, a spectral CT system offering detailed cardiac imaging with advanced iodine quantification. This system aids clinicians in identifying ischemic regions and assessing myocardial perfusion with greater precision. Canon’s innovation demonstrates its commitment to providing comprehensive cardiac assessments through cutting-edge CT technology
- In February 2023, Philips announced a strategic partnership with the Mayo Clinic to co-develop AI-driven cardiac imaging solutions aimed at optimizing CT workflows and improving diagnostic accuracy. The collaboration focuses on real-time data integration and automated interpretation of cardiac scans, enhancing clinician efficiency and patient outcomes. This initiative underscores the growing importance of AI in advancing CT cardiac diagnostics and streamlining clinical operations
- In January 2023, HeartFlow, Inc. received expanded regulatory approval for its non-invasive FFRct Analysis platform, which integrates seamlessly with standard cardiac CT to assess coronary artery disease. The platform uses machine learning to create 3D models of the coronary arteries and evaluate blood flow, supporting personalized treatment decisions. This milestone highlights the increasing adoption of computational technologies in enhancing the utility of cardiac CT in routine clinical practice
