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Patients scanned with deep learning solutions¹
Sharper image and improved SNR with AIR™ Recon DL
Reduction in scan times with Sonic DL™ ²
Faster set-up time and 4x fewer clicks with AIR x™
We are the leader in AI-enabled MR solutions. By delivering on the promise of Effortless Imaging, we can help you enhance image quality, improve the scan experience for patients and reduce costs for providers. By integrating powerful deep learning capabilities into our leading applications, we can provide you with extraordinarily high image quality at a greatly reduced scan time. We can also help you effortlessly capture free-breathing cardiac scans for all patients and ensure automated slice consistency for some of the most critical brain and knee scans, regardless of the user. All to help improve your MR workflow and provide cost-effective, personalized care plans for all patients.
Leveraging our expertise in deep learning to enhance scanning speed
Up to 12X acceleration with up to 83%* scan time reduction
For new and upgraded 1.5T and 3T systems
Achieve single heartbeat and free-breathing scans effortlessly
Capture clarity with AIR™ Recon DL and be part of the deep-learning revolution
This delivers improved SNR and sharpens images by up to 60%
Up to 50% faster, improving productivity and the patients’ experience
Works seamlessly with any GE HealthCare MR scanner, regardless of anatomy, and coils
Automatically detect anatomy and prescribe MRI slice
Deliver consistent results regardless of pathology, patient position, and technologist
Save time with automatic MRI prescription and avoid rescans
*Data on file, 2023, Sonic DL™ vs fully sampled CINE acquisition.
**Compared to previous generation MR acceleration techniques.
Sonic DL™ is our most rapid-acceleration technique yet, significantly speeding up MRI scan times while maintaining diagnostic value. Through Sonic DL™, MRI scans previously deemed impractical can now be successfully attained with AI.
AIR™ Recon DL is a deep learning-based AI reconstruction algorithm that improves MR image sharpness by up to 60% while reducing scan time by up to 50%, improving workflow efficiency and enhancing the patient experience. See what AI in MRI can do.
AIR x™ uses deep learning algorithms to automatically detect patient anatomy and prescribe MRI slices, delivering consistent and quantifiable results regardless of the operators and their experience.