Unmatched image quality in non mydriatic mode

Intravascular dual-mode imaging system combining ultrasound and optical technologies for real-time visualization during endoscopic and interventional procedures. Enables simultaneous multimodal imaging for diagnosis and guidance in cardiology, pulmonology, and gastroenterology applications. Features integrated small-footprint ultrasound transducers and high-definition optics for enhanced tissue characterization and procedural accuracy.

UHD/4K imaging system designed for medical endoscopy procedures, delivering high-resolution visualization for diagnostic and surgical applications. Features dual-mode imaging capability for enhanced clinical assessment and documentation of internal anatomical structures.

RetView100 is a non-mydriatic fundus camera equipped with AI-powered automated screening for glaucoma, diabetic retinopathy, and age-related macular degeneration. Features auto-tracking, auto-focusing, and auto-shot capabilities enable rapid retinal imaging by non-specialist clinical staff, with risk stratification results delivered within one second.

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.

OCT-based ophthalmic imaging system for detecting diabetic retinopathy and retinal microvasculature changes. Enables simultaneous screening of retinal lesions and microaneurysms associated with diabetes. Provides early detection and structural assessment of retinal pathology for clinical diagnosis and monitoring.

A medical imaging device that enables detailed analysis of the fundus oculi using artificial intelligence without the need for mydriatic eye drops, facilitating remote ophthalmological screening.

Optical imaging device for capturing detailed photographs of the retina and optic disc. Supports diagnosis and monitoring of retinal and ophthalmic diseases.

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.

Specialized capture system for ophthalmological retinal imaging. Supports high-resolution digital acquisition of fundus photography.

Combined OCT and fundus camera system providing high-definition retinal imaging. User-friendly device suitable for practices of different sizes with minimal technical skill requirements.

Ophthalmic medical devices designed for comprehensive eye imaging and diagnostic assessment. These devices enable clinicians to visualize ocular structures and detect pathology including cataracts, retinal disorders, and anterior segment abnormalities. Applications include routine screening, surgical planning, and disease monitoring in ophthalmology and optometry settings.

High-end ophthalmic imaging equipment for comprehensive eye examination and diagnosis. Utilizes advanced optical technology for detailed visualization of ocular structures.