FDA Radiology AI Devices

Radlink GPS Pro Imaging is an advanced image processing software that assists orthopedic surgeons in hip procedures by measuring the acetabulum’s position relative to bone structures seen in radiological images. The software overlays digital annotations on images and offers measurement tools to help surgeons plan and execute hip, knee, and trauma component positioning more precisely, improving procedural accuracy and outcomes.

The Lux HD 35 Detector and Lux HD 43 Detector by iRay Imaging Technology are digital flat panel X-ray detectors designed to provide high-resolution digital radiographic imaging for adult and pediatric patients. These detectors replace traditional film/screen systems in general radiography and connect wirelessly or via wired interfaces to DR systems, aiding clinicians in capturing and processing X-ray images for diagnosis efficiently.

The xvision Spine system by Augmedics Ltd. is an advanced surgical navigation system that helps surgeons precisely locate anatomical structures in the spine during open or percutaneous procedures. By integrating near-eye augmented reality displays with fluoroscopic and CT images, it enables real-time visualization of tracked surgical instruments overlaid on patient anatomy, improving accuracy for procedures such as pedicle screw and iliosacral screw placement. This technology enhances surgical precision and safety, aiding clinicians in complex spine surgeries.

The 2430TCA with Xmaru W is a digital flat panel X-ray detector system designed for mammographic screening. It replaces traditional film or screen-based mammographic systems by capturing and digitizing high-quality breast images, assisting clinicians in breast cancer screening with enhanced image quality and reduced noise.

Better Diagnostics Caries Assist (BDCA) Version 1.0 is an AI-powered software tool that helps dentists automatically identify and mark areas of tooth decay (caries) on dental x-rays (bitewing and periapical). It provides visual annotations to support the dentist's diagnosis, improving the accuracy and efficiency of caries detection but does not replace clinical judgment or complete review.

ChestView US is an AI software product that analyzes frontal and lateral chest X-rays to detect and mark suspicious areas such as lung nodules, pleural abnormalities, mediastinal/hilar abnormalities, and consolidations. It provides annotated images with highlighted regions to assist clinicians in reading chest radiographs, improving diagnostic accuracy as a concurrent reading aid.

ExamVue Apex is a flat panel digital X-ray detector system designed for use in general and specialist radiology, including mobile x-ray systems. It captures digital images by converting x-rays to electronic signals, facilitating efficient image acquisition and management without film. The system includes advanced software for image processing, presentation, and storage, helping clinicians to acquire high-quality diagnostic images effectively.

The EFAI Chestsuite XR Malpositioned ETT Assessment System (ETT-XR-100) is software that assists medical professionals by automatically analyzing chest X-ray images to detect misplaced endotracheal tubes. It uses deep learning to flag suspicious cases and prioritize them in the workflow, helping radiologists review these urgent cases more quickly. The software provides alerts when the tube tip is positioned too high, too low, or incorrectly and supports clinical decision-making by improving triage efficiency.

AspenView is a software designed to assist radiologists and radiology technicians in annotating, processing, and managing general radiographic X-ray images. It supports standard medical image formats and provides functions such as image stitching, storage, and transmission, helping clinicians handle and review X-ray images efficiently.

BoneMetrics (US) is an AI-powered software that automatically measures Cobb angles on frontal spine x-rays to assist healthcare professionals in evaluating spinal deformities such as scoliosis. It integrates with existing imaging systems to provide quantitative angle measurements that can support clinical decision-making, improving workflow efficiency and consistency.