Portable Automatic Fundus Camera

An automated fundus camera designed specifically for capturing retinal images in patients with small pupils. The device enables posterior segment imaging for conditions like glaucoma, diabetic retinopathy, and age-related macular degeneration as part of comprehensive eye screening protocols.

Portable fundus camera designed for non-invasive retinal imaging in primary care and point-of-care settings. Captures high-quality optic disc and retinal images to support early detection of diabetic retinopathy, hypertension-related changes, and other systemic diseases. Enables population-scale vision screening and risk stratification for specialist referral.

A handheld, non-mydriatic fundus camera that captures high-quality, wide-field retinal images without dilating drops or high-intensity flash. It features edge AI-based screening platforms for diabetic retinopathy, glaucoma, and age-related macular degeneration with immediate decision support. The device is designed for use in settings without on-site ophthalmologists and provides rapid retinal imaging for comprehensive eye screening.

Handheld fundus camera providing clinical-grade retinal imaging with 55-degree visual field. Non-mydriatic design enables efficient examination without pupil dilation. Captures color, green channel, and infrared posterior segment images with stereo optic disc photography.

A portable non-mydriatic retinograph integrated into a smartphone that enables high-quality retinal examinations without pupil dilation. The device captures color, red-free, and anterior segment images with a 45-degree field of view and can perform panoramic imaging up to 120 degrees. It features automatic focus (-20D to +20D), works with minimum 3mm pupil size, and allows examinations in less than 1 minute with minimal training. Images are captured in JPEG, PDF, and DICOM formats and automatically integrate with EyerCloud for telemedicine capabilities.

An ultra-widefield pediatric fundus camera equipped with ROP (Retinopathy of Prematurity) AI screening capability. The device is designed for detecting retinopathy of prematurity and other pediatric retinal conditions in newborns and infants. It provides automated wide-field imaging for early detection of sight-threatening conditions in pediatric populations.

Specialized imaging device for posterior segment photography and documentation of retinal conditions, pathology, and treatment outcomes. Provides wide-field and detailed fundus imaging capabilities for diagnostic and archival purposes.

A fundus camera system that captures images of the retina and optic disc without requiring pupil dilation. This non-mydriatic imaging device enables ophthalmologists to perform retinal examination and documentation for diagnostic purposes.

Ultra-wide-angle ophthalmoscopic imaging system for comprehensive fundus documentation. Available with optical coherence tomography and artificial intelligence analysis modules. Enables retinal screening and optic disc assessment.

A portable, handheld imaging device for red-free retinal photography and visualization. The camera enables convenient fundus examination and documentation in various clinical and screening settings.

Handheld fundus camera system for retinal imaging and diagnostic evaluation. The Nun+ WFC-01 captures high-resolution images of the posterior segment, enabling detection and monitoring of retinal pathologies. Integrated with RSplus software for image analysis, management, and clinical documentation in ophthalmology and retinal screening programs.

A camera-type binocular indirect ophthalmoscope with LED illumination, integrating imaging documentation capabilities. This system enables both clinical examination and digital image acquisition of the retina.