FDA Radiology AI Devices

HyperVue™ Software is an imaging system that uses Optical Coherence Tomography (OCT) technology to produce detailed images of cardiovascular structures. It helps clinicians by providing high-resolution images that assist in diagnosing and treating cardiovascular diseases.

The OPUSWAVE Dual Sensor Imaging System is a medical device that uses Optical Coherence Tomography to capture detailed images of cardiovascular structures. It helps clinicians by providing high-resolution imaging to assist in diagnosis and treatment of cardiovascular conditions.

The OPXION Optical Skin Viewer is a non-invasive optical coherence tomography system designed to provide real-time visualization of the external tissues of the human body. It generates two-dimensional, cross-sectional, three-dimensional, and en-face images of tissue microstructures, helping clinicians assess skin conditions with high-resolution imaging.

The Cornaris Intravascular Imaging System (P80-E and Mobile-E) with the LumenCross Imaging Catheter (F2) is an advanced intravascular imaging system designed to help clinicians visualize coronary arteries during transluminal interventional procedures. It uses optical coherence tomography technology to provide high-resolution images of the inside of blood vessels, aiding in diagnosis and treatment planning for patients with coronary artery conditions. The system enhances the ability to assess blood vessels safely and effectively, improving patient outcomes.

The OPTIS Mobile Next Imaging System and OPTIS Integrated Next Imaging System by Abbott Medical are advanced OCT imaging systems designed for use in cardiovascular catheterization labs. Paired with compatible Dragonfly imaging catheters, these devices provide detailed imaging of coronary arteries and physiological measurements to help physicians assess coronary lesions and determine the need for intervention.

The OTIS 2.1 Optical Coherence Tomography System is a medical imaging device that provides high-resolution, two-dimensional, cross-sectional real-time images of excised human tissue microstructures. It uses non-ionizing optical radiation to create detailed subsurface images, aiding clinicians in evaluating tissue samples. The device automates image acquisition and review, allowing users to identify and annotate regions of interest efficiently, supporting clinical decision-making and improving visualization during tissue evaluation.

The NvisionVLE Imaging System by NinePoint Medical, Inc. is a high-resolution optical coherence tomography (OCT) imaging device designed to visualize tissue microstructures, especially in the esophagus. It uses a specialized probe and advanced imaging software to provide clinicians with real-time, cross-sectional images of tissue, enhanced by AI-based segmentation to color-highlight important features. This helps clinicians better review and mark areas of interest in the tissue during evaluation, aiding in diagnosis and treatment planning.