The interventional endoscopy team at Loyola University Medical Center has access to leading, advanced technologies to provide superior care to their patients. Advanced technology like the E-View.AI from Omega Medical Imaging. The E-View.AI is the only lab designed with features exclusively developed for ERCP and image-guided endoscopic GI procedures and the only X-ray system that is FDA-cleared to provide proven radiation reduction of up to 84%.
Loyola University Medical Center is part of Loyola Medicine – a regional, academic health system based in Chicago’s western suburbs. Loyola Medicine provides comprehensive, integrated care for conditions requiring interventional endoscopy.
The interventional endoscopists at Loyola combine the most advanced technology with their extensive clinical experience to provide their patients with effective and safe procedures. The advanced endoscopy team at Loyola performs over 2,500 interventional procedures per year.
The Omega E-View.AI is the only lab designed with features specifically developed for ERCP and image-guided endoscopic procedures.
- ERCP motorized table for better patient positioning
- Large field-of-view flat-panel detector offers superior image quality
- Exclusive scatter radiation protection for staff
- Pivots out of the way for full patient access and non-X-ray procedures
The E-View.AI offers several advantages that conventional IE systems cannot:
- AI detects the doctor’s region of interest – allowing for hands-free operation
- Maintains the full field of view (FOV) while delivering the highest level of image quality for the region of interest (ROI)
- Automatically reduces radiation exposure to patients and staff by up to 84%
Loyola Medicine’s commitment to continual improvement shapes its dedication to patient care. Their culture as an innovative health organization is to prevent harm and nurture a safe environment for everyone.
The state-of-the-art interventional endoscopy suite at Loyola University Medical Center featuring the Omega E-View.AI helps them reduce radiation exposure and improve patient outcomes.
