FDA Radiology AI Devices

The iCAS-LV software from HighRAD Ltd. is an advanced image analysis tool that helps physicians visualize and evaluate liver lesions in CT scans. It uses interactive segmentation, automatic registration, and volume measurement to track lesions' size, shape, and changes over time, supporting clinical decision-making without replacing physician judgment.

BoneMRI is an AI-powered software that enhances MRI images to better visualize bone structures in the pelvic and spine regions. It improves the contrast of bone relative to soft tissue to assist radiologists and orthopedic surgeons in assessing bone morphology and tissue radiodensity without replacing CT imaging. It supports clinical use in patients aged 12 and older and operates via hospital networks, ensuring data security.

inHEART Models is a suite of medical imaging software tools designed to assist physicians, cardiologists, and radiologists by automatically processing CT images to create 3D models of the heart. It uses AI for automatic segmentation and visualization, helping clinicians better interpret cardiac anatomy for diagnosis and treatment planning.

MAGNETOM Cima.X Fit is a magnetic resonance imaging (MRI) system by Siemens that produces detailed cross-sectional images of the body, head, or extremities. It incorporates AI-driven software features to enhance image quality and accelerate scanning, helping clinicians diagnose by providing clearer and faster MRI scans.

CT Cardiomegaly is a command-line software tool designed to automatically measure the cardiothoracic ratio from CT chest images. It uses machine learning algorithms to segment the heart and thoracic cavity and calculate both linear and area-based cardiothoracic ratios. This assists physicians in identifying cardiomegaly, providing quantitative measurements to support clinical decisions within healthcare settings.

Overjet Charting Assist is an AI-powered medical image processing system that helps dental professionals detect and identify dental structures such as teeth anatomy and past restorative treatments on various dental radiographs. It assists in creating dental charts more efficiently by analyzing bitewing, periapical, and panoramic images, helping reduce manual charting efforts by over 80%.

The Revolution Ascend Sliding is a CT X-ray system designed to generate detailed cross-sectional images of the body, including head, whole body, cardiac, and vascular areas. Uniquely, it features a gantry mounted on a transporter allowing linear movement on rails, improving patient workflow by enabling imaging and treatment procedures in the same room without moving the patient. It supports a range of acquisition modes and image processing features to aid clinicians in diagnosis and therapy monitoring.

QOCA® image Smart RT Contouring System is an AI-powered post-processing software designed to automatically outline organs at risk on CT scans. This helps radiation oncology clinicians efficiently prepare treatment plans by providing accurate organ contours as input data for radiation therapy, improving workflow and precision in treatment delivery.

The EPIQ Series and Affiniti Series Diagnostic Ultrasound Systems by Philips Ultrasound LLC are advanced ultrasound machines designed for diagnostic imaging and fluid flow analysis of the human body. They include a new AI-powered Smart Doppler View ID feature that automatically navigates and selects the appropriate Doppler measurement groups on the touchscreen interface, enhancing clinician workflow and reducing manual navigation during cardiac ultrasound exams. This helps clinicians focus on key Doppler measurements efficiently during cardiac assessments.

HealthFLD is an AI-powered software that analyzes CT images of the liver to provide clinicians with quantitative and qualitative measurements of liver attenuation, aiding the assessment of fatty liver disease. It processes both non-contrast and contrast CT scans for adult patients and outputs liver density metrics to support clinical decision-making.