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The next step in preventative eye health screening
The NEXY A.I powered retinal imaging solution offers a streamlined and efficient process for assessing the health of your end customers’ eyes. This takes only 3 minutes for registration, 2 minutes for screening both eyes and 1 minute to receive A.I feedback, making it a quick and convenient for an early screening.
The NEXY A.I. solution addresses 13 retinal pathologies, including major conditions such as dry age-related macular degeneration (AMD), wet AMD, glaucoma, and diabetic retinopathy. These conditions collectively represent a significant portion, approximately 25%, of all diseases. The device is designed to detect these major pathologies as well as others, the primary goal of treatment is to slow disease progression and preserve the retina and associated vision.
The NEXY camera utilizes an innovative cross-polarized light technology that provides excellent image quality while maintaining a compact footprint.
The NEXY A.I solution allows you to expand your visual health offering. By playing an active role in retinal screening, you can support the health of your community and enhance your customer experience.
Nexy A.I. solution has been assessed and validated comparing the outcome of the algorithm to the opinion and diagnosis of experienced ophthalmologists. Thanks to Nexy A.I., opticians can offer a retinal health screening with a reliable and accurate tool.
In practical use, patient data and images are collected with the Nexy tablet, where image quality is assessed and sent for AI evaluation, with the AI providing results within a minute, presented in a printable PDF report highlighting potential diabetic retinopathy or retinal pathologies. If the AI highlights some risk you can quickly ask for human grading (optional)
*Internal study for CE mark submission by Li B, Chen H, Zhang B based on 3,127 images collected between 2014 and 2018, China, Visionary Intelligence. The clinical study was conducted under ideal conditions in a medical environment. The precision may vary depending on the measurement conditions.