FDA Radiology AI Devices

Cercare Medical Neurosuite (CMN) Capillary Function with Virtual Expert is a software tool designed to assist trained medical professionals by providing advanced image processing and analysis of MRI and CT scans, specifically for brain perfusion and diffusion imaging. It helps visualize hemodynamic properties and tissue characteristics important for managing conditions like acute stroke by automatically identifying regions of interest and calculating volumetric and perfusion parameters, improving diagnostic and treatment decision workflows for clinicians.

The EFAI Neurosuite CT Midline Shift Assessment System (MLS-CT-100) is an AI-powered software tool that analyzes non-contrast head CT images to identify signs of midline shift. It assists radiologists by flagging cases that may need urgent attention, helping prioritize patient care without altering original images or making direct diagnostic decisions.

PeekMed web is a cloud-based software system designed to assist healthcare professionals in orthopedic pre-operative planning. It works with imported imaging studies to create 2D or 3D surgical plans, supporting multiple anatomical regions including hip, knee, upper limb, and foot. It features AI-powered automatic bone segmentation and landmarking to enhance planning accuracy and efficiency, providing a comprehensive surgical overview and reports to clinicians.

SyMRI is a software tool that processes MRI data to generate detailed maps of brain tissue properties and volumetric measurements. It enables visualization of multiple image contrasts from a single MRI scan and allows clinicians to adjust image contrasts after acquisition. This helps in better diagnosis and understanding of brain health by providing comprehensive and quantifiable tissue information.

The MC2 Portable X-ray System by Oxos Medical is a handheld, portable X-ray device intended to help clinicians perform point-of-care imaging of joint and bone areas (extremities) outside of surgery. It uses advanced technologies including infrared tracking and LIDAR to position and ensure safe operation, producing high-quality images in single radiography, serial radiography, and fluoroscopic modes. The device connects wirelessly to tablets or monitors for image review and facilitates efficient orthopedic imaging in various clinical settings.

Navbit Rapid Surgical Plan is a software tool designed to assist surgeons in planning primary total hip replacement surgeries. It analyzes X-ray images of a patient's hip and spine to provide recommendations on the placement of hip replacement components, aiming to reduce complications. The software helps surgeons by offering data-driven guidance based on patient-specific anatomy and mobility.

The Nanox.ARC is a stationary, stand-alone digital tomosynthesis X-ray system designed to produce tomographic images of various body regions like musculoskeletal system, lungs, abdomen, and paranasal sinuses. It aids clinicians by providing 3D-like images synthesized from multiple low-dose X-ray images taken during a single sweep, helping reduce overlap of structures and improving diagnostic accuracy. The system is intended for use by trained radiologists and technologists in hospitals and imaging centers for adult patients.

The Rextar Pro is a portable, handheld extraoral X-ray device designed for use by trained dentists and dental technicians to produce diagnostic X-ray images using intraoral image receptors. It is a battery-powered high-frequency X-ray generator with specialized shielding to minimize radiation exposure to users. This lightweight and compact device helps clinicians obtain high-quality dental images conveniently and safely.

XBeam (v2) is a software tool designed to calculate and validate the radiation dose or monitor units needed during external beam radiation therapy. It supports treatment planning for superficial and orthovoltage radiotherapy systems made by Xstrahl. By accurately calculating treatment parameters like beam-on time and dose, it helps ensure patients receive the prescribed radiation safely and accurately. The software is intended for use by trained medical physics professionals to improve the quality assurance of radiation treatments.

ClearRead CT CAC is software that helps physicians assess coronary artery calcification on non-contrast, non-gated chest CT scans. It automatically detects and quantifies calcified coronary lesions, providing an Agatston score and categorization to aid in cardiovascular risk assessment. This allows clinicians to efficiently obtain quantitative calcium scoring to help guide patient management, supplementing but not replacing clinical expert review.