Effortless Imaging

(60 min) Sponsored RSNA webinar

You know the importance of precision imaging to clinical outcomes; but staffing challenges, rework and inefficient workflows can get in the way. What if you could achieve exceptional image quality in less time without additional steps?

Join us for a free, one-hour webinar to learn how GE HealthCare’s Effortless Imaging portfolio helps to improve access to precision imaging.

GE HealthCare’s panelists of clinicians and industry experts will lead an engaging discussion on how deep-learning-enabled software and workflow solutions are revolutionizing image acquisition and reconstruction in MR, CT and PET/CT. Learn how you can improve workflows, from pre-scan to post-scan, highlighting efficiency solutions that can help you to work faster, easier and smarter while enhancing the patient experience and delivering the clinical insights you need.

(60 min) Shift the paradigm of acceleration in MR imaging with Sonic DL™: scans that match the speed of the human body.

In MR, long scan times mean imaging is compromised by the body's movement. Until now. Deep learning, when applied to scan time reduction, turns minutes into seconds, offering CT-like swiftness with MR-like quality.

Built upon the ground-breaking success of AIR™ Recon DL, our first pioneering deep-learning reconstruction innovation, Sonic DL™ follows boldly in its footsteps, advancing our mission to revolutionize MR. Acceleration with Sonic DL™ equips your scanner with the ability to match the speed of the human body, enabling image acquisitions that were previously not possible.

Watch the film to see how life-speed imaging with Sonic DL™ can transform your department.

(30 min) Join the RSNA Innovation Theatre session for an exclusive presentation about the power of deep-learning technology enabling new heights of clinical clarity and speed in MR.

(10 min) At GE HealthCare, we are pushing the boundaries of MR technology and streamlining the scanning process through ongoing innovation. Our goal is to continuously break the barriers in MR.