The Omega FluoroShield™ Radiation Reduction Solution:
Powered by AI, an ultrafast collimator, and the world’s most advanced image processing, Omega’s FluoroShield™ system has shown to reduce radiation by up to ~84%*. Integrated within all Omega Artificial Intelligent Fluoroscopy (AIF) Systems the FluoroShield™ Radiation Reduction Solution:
Utilizes AI to minimize x-ray dose to patients and staff.
Uses TruBlock™ technology to completely block radiation.
Delivers maximum radiation reduction, while optimizing workflow.
Achieves NextLevel image quality.
Seamlessly helps you reach your ALARA goals.
Risk of Radiation Exposure on Physicians:
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 resulting imagery reduces radiation exposure to the anatomy surrounding the ROI while increasing the quality of information presented during interventional procedures.
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