EIDON

EIDON is the first system to combine the advantages of SLO with the fidelity of true color imaging, setting new performance standards in retinal imaging. EIDON provides unsurpassed image quality, 60° field in a single exposure, a unique, live, confocal view of the retina, three different imaging modalities and dilation-free operation, all integrated in a versatile system that provides new opportunities in retinal diagnostics.

The device is operated via a tablet with a multi-touch, high resolution, color display; it works with a dedicated software application and operates as a standalone unit. A joystick is provided when manual operation of the device is desired.

SLO systems are superior to conventional fundus cameras in many ways, as they exploit a confocal imaging principle which limits the effect of backscattered light from deeper layers and provides enhanced image quality. Another major advantage of SLO systems is that they operate with much smaller pupils than conventional fundus cameras.

Eidon, being a confocal optical system, is able to perform high quality retinal images: increased  sharpness, better optical resolution and greater contrast when compared to traditional fundus camera imaging.
This technology captures retinal images of preserved quality even in cases of media opacity.

LED flash technology guarantees maximum patient comfort as it uses a low power light source.

SLO systems are superior to conventional fundus cameras in many ways, as they exploit a confocal imaging principle which limits the effect of backscattered light from deeper layers and provides enhanced image quality. Another major advantage of SLO systems is that they operate with much smaller pupils than conventional fundus cameras.

Eidon, being a confocal optical system, is able to perform high quality retinal images: increased  sharpness, better optical resolution and greater contrast when compared to traditional fundus camera imaging.
This technology captures retinal images of preserved quality even in cases of media opacity.


This in turn reduces pupil constriction and facilitates the test on non-cooperative subjects.

Key Features

    Multiple imaging techniques with different light sources: white LED (440-650 nm), near infrared LED (825-870 nm)
    Automated Stereo Imaging of the Optic Nerve Head
    60° retinal pictures in a single exposure, wide field Mosaic up to 110° in automatic mode and 150° in manual mode
    Manual Cup-to-disc calculation
    Extreme ease of use: patient auto-sensing, auto-alignment, auto-focus
    All-in-one compact design, no additional PC required
    Simple Networking Options, for both remote data review and data backup

Benefits

    True color, Red Free and infrared confocal images
    Super-high resolution and contrast
    Capability to image through cataract and media opacities
    Dilation-free operation (minimum pupil 2.5 mm)
    Wide Field imaging (60° in single exposure and up to 150° with Mosaic function)
    Optimal exposure of the optic disc
    Exam time less than 1’ per eye (single field)
    From Fully automated to Fully manual mode
    User friendly software interface