Fundus Imager

The camera's optical system of the fundus imager consists of an illumination system and an imaging system. The illumination system is equipped with a fixation light source, visible illumination light source, and near-infrared focusing light source. Focusing with near-infrared light sources can be performed without pharmacologically dilating the eye. The imaging system is equipped with a focusing lens and provides a refractive compensation function of ±20D.

DESCRIPTION

Products Detail

Fundus Imager Main Technical Indicators

Working Distance	＞24mm
Imaging Mode	Near-infrared observation, focusing, visible light photography
Pupil Size	Dilation-free 3mm
Retinal Resolution	Central field of view better than 7 μ m, edge field of view better than 15 μ m
Refractive Compensation Range	－20D～＋20D
Field of View	45°
Imaging Spectrum	Visible Light： RGB color (450-700) Near Infrared： 780nm Fixation Light： 650nm
MTF	Greater than 0.2@resolution corresponding image side line pairs

The Fundus Imager is a cutting-edge diagnostic tool designed to capture high-resolution images of the retina, aiding in the early detection and monitoring of various eye conditions such as diabetic retinopathy, glaucoma, macular degeneration, and retinal diseases. It utilizes non-mydriatic imaging technology, enabling the capture of detailed fundus images without the need for pupil dilation, ensuring a comfortable and efficient examination for patients. The imager features a high-definition camera, advanced optical components, and LED lighting, which provide clear and accurate images of the retina, optic disc, and macula. With its automated alignment and user-friendly interface, it allows for easy operation, even by less experienced staff, and can produce instantaneous results, making it an invaluable tool in clinical practice. The device is also compatible with various imaging systems and electronic health record (EHR) platforms, facilitating smooth integration into modern healthcare workflows.

The key advantages of the Fundus Imager include its ability to produce high-quality, detailed retinal images without the discomfort of pupil dilation, allowing for faster patient throughput and enhanced patient satisfaction. Its non-invasive nature and quick image capture make it ideal for routine eye exams and large-scale screenings. Additionally, its compact design and ease of use ensure that it is accessible for both small clinics and large hospitals. The real-time imaging and automated features significantly improve diagnostic accuracy, enabling healthcare providers to make informed decisions faster, ultimately contributing to early detection and effective management of ocular diseases.

Revolutionizing Ophthalmic Imaging