FDA Radiology AI Devices

Discover FDA-cleared medical imaging AI devices with clean summaries, company insights, and linked references. We help you quickly understand what's approved, who built it, and how it fits into the evolving landscape of radiology AI.

Quantra is a software application used with digital breast x-ray images to calculate volumetric and area breast density. It aids radiologists by providing quantitative breast tissue composition data to help in consistent breast density reporting. It does not interpret images directly but supports breast cancer risk assessment and reporting.

FDA #
K142037
Product Code
LLZ

YSIO MAX is a modular stationary X-ray imaging system designed for hospitals and clinics. It enables full-body radiographic and tomographic exposures and supports various patient positions. The system includes integrated and portable digital detectors that convert X-rays into diagnostic electronic images. It helps clinicians by offering efficient positioning and image processing, including optional AI-based soft tissue enhancement for chest X-rays, facilitating more accurate and timely diagnosis.

FDA #
K133259
Product Code
KPR

ClearRead +Confirm is a software application that creates enhanced secondary digital chest X-ray images to help healthcare professionals confirm the placement of lines and tubes. This improves visibility on standard chest radiographs, aiding in timely and accurate patient management.

FDA #
K123526
Product Code
LLZ

DeltaView Model 2.1 is a software tool that processes current and prior chest x-ray images of the same patient to create a difference image highlighting areas of change. This assists radiologists in detecting lung nodules that have changed over time, improving diagnostic accuracy without replacing the original x-ray images.

FDA #
K111776
Product Code
LLZ
Page 11 of 11104 results

Ready to Sharpen Your Edge?

Join hundreds of your peers who rely on RadAI Slice. Get the essential weekly briefing that empowers you to navigate the future of radiology.

We respect your privacy. Unsubscribe at any time.