FDA Radiology AI Devices

syngo.via RT Image Suite is a software tool designed to assist clinicians in viewing, manipulating, and contouring 3D and 4D medical images from various modalities such as CT, PET, MRI, and CBCT. It helps prepare radiation therapy treatment plans by enabling visualization, semi-automatic and automatic contouring of tumors and organs, image registration, and image fusion. The software improves workflow efficiency and treatment accuracy in radiation oncology.

ART-Plan (v.2.2.0) is a medical software platform designed to help clinicians involved in radiotherapy for cancer patients. It allows users to contour regions of interest on 3D images, perform image registration and fusion from multiple imaging modalities (CT, MRI, CBCT), generate synthetic CT images using deep learning, and support decision-making for treatment replanning. This assists medical professionals in precisely targeting radiation therapy and adapting treatment based on daily patient imaging data, improving safety and treatment efficacy for cancer patients aged 18 and above.

ART-Plan is a radiotherapy treatment planning software that assists clinicians by visualizing and fusing multimodal medical images, automatically segmenting organs and lymph nodes using AI, generating synthetic CT images from MR and CBCT scans, computing dose distributions for radiation therapy, and aiding in treatment adaptation decisions. It enhances workflow efficiency and accuracy for trained professionals managing radiotherapy for cancer patients.

RayStation 12A by RaySearch Laboratories is a comprehensive radiation therapy treatment planning system that allows users to import patient images, define treatment targets, optimize and evaluate radiation treatment plans, and administer them. It supports multiple imaging modalities including CT, PET, and MR, enhancing precision in oncologic care by helping clinicians design effective and tailored radiation treatments while ensuring safety and accuracy.

Oncospace is a software tool that assists radiation oncologists and medical dosimetrists in planning radiotherapy treatments for patients with cancer in the prostate, head, and neck regions. It uses locked machine learning algorithms to predict achievable dose objectives for organs at risk based on the patient's anatomy and automates aspects of treatment plan optimization. This helps clinicians customize treatment protocols, optimize radiation dose delivery while sparing healthy tissue, and review treatment plans efficiently, ultimately supporting better patient care in radiation oncology.

The syngo.via RT Image Suite by Siemens is advanced software that helps clinicians visualize and manipulate 3D and 4D medical images from multiple modalities like CT, MRI, PET, and CBCT. It supports contouring tumors and organs at risk, image registration, and creating simple treatment plans, aiding radiation therapy preparation. The software includes AI-based deep learning for lung lobe segmentation to calculate lung ventilation, improving the accuracy and efficiency of radiation therapy planning.

RayStation 11.0 is a software system used in radiation therapy and medical oncology for planning, analyzing, and administering treatment plans. It helps clinicians design and optimize radiation treatments accurately based on the patient's medical imaging data, enhancing treatment effectiveness and safety.

The syngo.via RT Image Suite by Siemens is a software tool that helps clinicians visualize, manipulate, and contour medical images in 3D and 4D across multiple imaging modalities. It supports the preparation of radiation therapy treatments by allowing the viewing and editing of contours for tumors and organs-at-risk, managing points of interest, and generating synthetic CT images using AI algorithms. This tool improves the accuracy and efficiency of treatment planning for patients undergoing radiation therapy.

RayStation 10.1 is a software platform used to plan, analyze, and administer radiation therapy treatment and medical oncology. It helps clinicians generate and review treatment plans based on imaging data and user input, including advanced features like brachytherapy and ocular proton treatment planning. This system supports improved treatment accuracy and workflow efficiency for radiation oncology professionals.

Oncospace is a software system designed to assist radiation oncologists and medical dosimetrists in planning radiotherapy treatments for prostate, thoracic, pancreas, and head & neck cancers. It uses machine learning to predict personalized dose goals for organs at risk, helping clinicians optimize treatment plans more efficiently and safely, potentially reducing the number of iterations needed for plan approval.