Reduces Dose Area Product During Interventional Procedures
Powered by AI, a ultra-fast secondary TruBlock™ collimator, and the world’s most advanced image processing, our AI image guided systems have shown to reduce radiation by up to ~84%*.
FluoroShield™ Radiation Reduction:
How it Works
- During an interventional case FluoroShield’s™ AI enabled technology detects where in the anatomy the interventionalist is focused, the Region of Interest (ROI).
- Utilizing AI, the system automatically collimates to the ROI, only taking full Field of View (FOV) images every so many frames.
- Through advanced image processing the system simultaneously and seamlessly integrates the ROI with the FOV image
The Omega FluoroShield™ system allows interventionalists to maintain the critical view of the peripheral anatomy awhile drastically reducing their patient’s exposure to ionizing radiation.
The advantages are immediately obvious – superior image quality, and lower radiation exposure to patients and to staff.
Interventional Fluoroscopy: Reducing Radiation Risks for Patients and Staff Click here to read more on cancer.gov
Radiation safety program for the cardiac catheterization laboratory: Click here to read more on the Wiley Online Library.
FDA Radiation Reduction White Paper: Click here to read more
HHS Radiation Safety FAQs: Click here to read more on HHS.edu
Fluoroscopy: Patient Radiation Exposure Issues: Click here to read more on Pubs.rsna.org
Good practices in Interventional Fluoroscopy: Click here to read more on iaea.org
ICRP Draft Report for Consulation: Click here to read more on ICRP.org
Assessment of organ and effective dose when using region-of-interest attenuators in cone-beam CT and Interventional Fluoroscopy: Click here to read more on Spiedigitallibrary.org