FDA Radiology AI Devices

SurgiTwin is a radiological image processing system designed to assist clinicians by enhancing or analyzing medical images to support diagnostic and surgical decision-making processes.

Rapid DeltaFuse by iSchemaView Inc. is an image processing system designed for radiological applications. It helps clinicians by efficiently processing and analyzing medical images to support diagnostic decisions.

Navigo Workstation 2.3 is a medical image processing system designed for radiology. It helps clinicians analyze radiological images by providing advanced image processing tools to assist in diagnosis and medical decision-making.

RiasDR is a software product designed to acquire and process digital radiographic images, helping clinicians by efficiently managing and enhancing X-ray images for diagnosis and treatment planning.

iPETcertum (v1.0) by Claritas HealthTech Pte Ltd is a radiological image processing system designed to assist clinicians by analyzing medical images to support patient diagnosis and management.

IMAGE ONE is a radiological image processing system developed by Infomed Software. It aids clinicians by processing medical images to enhance their interpretation and support diagnostic decisions.

Neuro Insight V1.0 by Olea Medical S.A.S. is an advanced image processing system designed for radiological applications. It helps clinicians by processing medical images, potentially enhancing the insight gained from them for neurological assessments.

GyriCalc (Version 1.0.0) is a radiological image processing system designed to assist clinicians by analyzing brain images. It helps in quantifying gyri patterns in the brain, which can aid in neurological assessments and diagnosis.

AV Viewer is a radiological image processing system designed to help clinicians view and analyze medical images more effectively. It assists healthcare providers by enhancing image visualization, supporting better diagnosis and patient care.

uOmniscan is a software that enables real-time remote collaboration and control of medical imaging devices, especially MRI scanners. It helps healthcare professionals remotely manage scans, train technicians, and enhance communication across different locations, increasing workflow efficiency and access to expert guidance.