EIDON FA inherits the heart of the EIDON technology and provides ultra-high resolution images and videos of Fundus Fluorescein Angiography to study dinamically the retina vasculature.
Fundus Fluorescein Angiography Video
EIDON FA allows to easily capture ultra high resolution video during the initial phase of the Fundus Fluorescein Angiography acquisition.
The EIDON FA dynamic video recording is designed to explore and understand retinal blood flow behavior, opening new possibilities in retinal angiography diagnosis.
Thanks to the unique Slit Confocal technology, EIDON FA provides a clear, sharp and detailed dynamic view of blood circulation, in ultra-high resolution video recording. This dynamic perspective is crucial to have a realistic representation of retinal vasculature and related circulation mechanisms, that may be missed with static flash photography.
Benefit
- EIDON FA transforms the complex fluorangiography process in a simple fully automated examination, requiring minimum operator’s involvement while improving patient work flow
- The EIDON FA Slit Confocal technology provides the highest image resolution on the retina (15 μm), to detect and follow-up the slightest dynamic details of retinal blood flow
- The 60° wide field images of the EIDON FA allow the visualization of the retinal midperiphery with the same ultra quality of the central retina
Features
- Includes all features and functionalities of EIDON technology
- High resolution images and videos in FA mode
- Stereoscopic FA
- 60° view
- Fully automatic
- 2 TB storage capacity
- Software for video stabilization
- Possibility to examine multiple subjects contemporarily
- Dedicated touchscreen tablet
Increased field of view up to 200˚
Thanks to the EIDON Ultra-Widefield Module it is possible to increase the field of view up to 200˚, which helps to detect signs of pathologies that start to appear in the periphery. The Ultra-Widefield module enables retina from 120° with a single shot, up to 200° with Mosaic functionality.
Contact us for more information.
READ MORE ABOUT ULTRA-WIDE FIELD MODULE