Achieve pin-sharp images in a fraction of the time, when you combine our two deep-learning technologies, AIR™ Recon DL with Sonic DL. Altogether, they accommodate patients who struggle with long scan times, radiologists in acquiring pin-sharp images to help deliver accurate diagnoses, and radiology departments in improving backlogs and productivity. Achieve streamlined workflows with deep learning-enabled sequences at every step – all part of our commitment to ongoing innovation in MRI technology.

Sonic DL cuts scan times from minutes to seconds, reduces motion artifacts and the need for rescans. With acceleration factors of up to 12x4 vs conventional methods, scan times are reduced by up to 86%. This groundbreaking speed can now be used across volumetric scans for brain, spine, MSK as well as body. Equip your scanner with the ability to match the speed of the human body, enabling image acquisitions that were previously not possible.

A pioneering deep-learning-based reconstruction algorithm that enables radiologists to achieve pin-sharp images quicker. By removing noise and ringing from raw images, scans are consistently crisp. Improved signal-to-noise ratio (SNR) means scan times are cut by up to 50%, smoothing workflow and enhancing the patient experience. Gain clarity even faster when combined with Sonic DL technology.

A deep-learning algorithm created from a database of tens of thousands of images to automatically detect patient anatomy and prescribe MRI slices for routine and challenging neurological and knee exams, delivering consistent and quantifiable results. The automated workflow supports efficiency and reproduces steps used in planning to ensure exam consistency for same patient follow-up.