FDA Radiology AI Devices

Vivid Pioneer is an ultrasound imaging system using pulsed Doppler technology to help clinicians visualize and assess blood flow and cardiac function. It supports medical imaging and diagnosis, assisting healthcare professionals in evaluating patient health.

The Sonosite LX Ultrasound System by FUJIFILM Sonosite is an advanced ultrasound imaging device used in medical settings. It assists clinicians by providing high-quality ultrasound and Doppler images, facilitating diagnosis and patient care in radiology.

The Mendaera Guidance System is an ultrasonic diagnostic transducer designed to assist clinicians in medical imaging procedures by providing real-time ultrasound images. It helps healthcare providers visualize internal structures, aiding in diagnosis and treatment guidance.

EchoConfidence (USA) is an AI-powered software that helps clinicians analyze transthoracic echocardiogram images. It automatically classifies views, segments cardiac structures, measures cardiac function, and performs Doppler assessments, improving the efficiency and accuracy of cardiac image interpretation for adults and adolescents.

PIUR tUS inside is a medical device that enhances standard 2D ultrasound devices by generating three-dimensional (3D) tomographic ultrasound volumes of the thyroid. It assists physicians in diagnosing thyroid nodules by providing volumetric information, segmentation, and quantification of sonographic characteristics. This device operates directly on compatible ultrasound scanners, integrating sensor data to create 3D images that support clinical decision-making as an add-on to regular ultrasound imaging.

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.

The EPIQ and Affiniti Series Diagnostic Ultrasound Systems by Philips Ultrasound LLC are sophisticated diagnostic ultrasound devices that integrate deep learning AI technology to assist clinicians in cardiac imaging. Their Smart View Select software automatically classifies and selects optimal ultrasound images for left ventricle analysis in echocardiography, enhancing workflow and diagnostic accuracy for cardiac assessment. These systems are used by trained healthcare professionals in clinics and hospitals for a broad range of diagnostic ultrasound applications.

The 6600 Ultrasound System (MyLabA50 and MyLabA70) by Esaote is a multifunctional ultrasound scanner designed for use in various clinical applications such as cardiac, vascular, general imaging, and women's health. It uses advanced ultrasound modes like B-mode, Doppler, elastosonography, and 3D/4D imaging to help clinicians collect, display, and analyze high-quality ultrasound images, supporting diagnosis and patient care. The system includes AI-powered features for automatic obstetric biometric measurements and automatic cardiac measurements, assisting clinicians by enhancing measurement accuracy and workflow efficiency.

The Shear Wave Quantificational Ultrasound Diagnostic System is a portable ultrasound device designed to measure liver tissue stiffness using shear wave elastography and estimate tissue characteristics such as Ultrasound Attenuation Parameter (UAP). It provides non-invasive aid in diagnosing, managing, and monitoring adult and pediatric patients with liver diseases by delivering both ultrasound images and quantitative data on liver health. The system helps clinicians assess liver conditions efficiently and accurately in a clinical setting.

The Accuro® 3S Needle Guide Kit by Rivanna Medical, Inc. is a sterile, disposable accessory designed for use with the Accuro® 3S ultrasound imaging system. It helps healthcare professionals accurately align needles with the ultrasound imaging plane during procedures, stabilizing the needle guide position and isolating the needle insertion site from contaminants. This aids in precise anatomical targeting and improved procedural safety.