FDA Radiology AI Devices

The Deepsight NeedleVue LC1 Ultrasound System is an imaging device that uses pulsed echo ultrasound technology. It helps clinicians visualize internal anatomy in real-time to guide procedures such as needle placements more accurately and safely.

The B-Scan device by ACCUTOME, INC. is an ultrasound imaging system that uses pulsed echo technology to capture images inside the body. It assists clinicians by providing detailed images useful for diagnosis and treatment planning in radiology.

Velacur One (LI-1100) is a portable ultrasound elastography device designed to non-invasively assess liver tissue stiffness, ultrasound attenuation, and fat content by measuring shear wave speed and ultrasound properties. It assists trained clinicians in managing liver diseases including hepatic steatosis by providing quantitative imaging data at the point of care in clinics and hospitals.

Accuro 3S is a portable diagnostic ultrasound imaging system designed for use by trained healthcare professionals in hospitals or clinics. It provides B-mode ultrasound imaging with an advanced AI-based software called SpineNav-AI that assists with musculoskeletal imaging of the lumbar spine, especially guiding neuraxial anesthesia procedures. This system enhances clinicians' ability to accurately visualize anatomical structures and guide needle placements safely and efficiently.

The Portable Liver Elastography Ultrasound Diagnostic System (Liverscan C) is a medical imaging device used in clinical settings to non-invasively measure the stiffness and attenuation properties of liver tissue using ultrasound shear wave elastography. It aids clinicians in the diagnosis and monitoring of liver diseases by providing quantitative elastography metrics in a portable and easy-to-use system.

The SpineUs™ System by Verdure Imaging is a diagnostic ultrasound platform designed to help trained chiropractors and radiologists acquire, view, segment, and measure spinal ultrasound images. It uses AI technology to automatically segment vertebral bone structures and provides 3D reconstructions and quantitative measurements such as intervertebral angles and spine curvature, aiding clinical evaluation of the spine in both hospital and clinic settings.

Velacur is a portable ultrasound elastography device designed to assist clinicians in the assessment of liver diseases. It non-invasively measures liver tissue stiffness and fat content by analyzing shear wave speed and ultrasound attenuation, helping in the management of conditions such as hepatic steatosis. The device incorporates AI algorithms to improve image quality and accuracy of liver tissue characterization.

EdgeFlow UH10 is a handheld ultrasound device designed to noninvasively measure urine volume in the bladder. It uses deep learning AI to detect and outline the bladder in ultrasound images, calculates bladder volume, and displays results on its touchscreen. It supports both B-mode and harmonic imaging, helping healthcare professionals quickly assess bladder volume accurately and efficiently.

Velacur is a portable ultrasound device that measures the stiffness and attenuation of liver tissue by generating and analyzing shear waves using ultrasound imaging. It incorporates AI-based algorithms to assist clinicians in assessing liver disease by providing detailed tissue characterization, enhancing accuracy and ease of use at the point of care in clinics and hospitals.

The Butterfly iQ/iQ+ Ultrasound System is a portable, handheld ultrasound device that helps healthcare professionals visualize and measure anatomical structures and fluids in both adult and pediatric patients. It supports multiple clinical applications including lung, cardiac, abdominal, and musculoskeletal imaging. The system integrates AI-powered software called Auto B-line Counter that automatically detects and counts B-lines in lung ultrasound images, aiding clinicians in diagnosing and monitoring lung conditions.