Four in one multifunctional: Four important ophthalmic examinations, including anterior and posterior OCT scanning, fundus color photography, fundus fluorescein angiography, and fundus infrared imaging, can be performed on one device, reducing the workload of medical technicians and patients traveling back and forth between different examination equipment and greatly improving diagnosis and treatment efficiency.

The following figure shows the corresponding display of macular fundus color photo and OCT image

Diverse scanning modes and comprehensive measurement analysis

Retinal diseases

3D scanning provides a "carpet style" scan of the 6mm macular area, which can not only obtain up to 512 OCT images, but also obtain a topographic map of retinal thickness through professional calculation software, providing intuitive and accurate qualitative and quantitative analysis for the diagnosis of retinal diseases. At the same time, it can also provide follow-up analysis to help doctors determine the progression of the disease and the effectiveness of treatment.
The following figure shows a 3D composite image of the macula



The following figure shows the follow-up analysis of the macular area

glaucoma

By scanning the optic disc and retinal nerve fiber layer, RNFL (retinal nerve fiber layer thickness) maps and relevant parameters of the optic disc cup are obtained, providing reliable quantitative analysis data for the diagnosis of glaucoma.

The following figure shows the thickness of the retinal nerve fiber layer in both eyes

Front section

Equipped with specialized corneal lenses for scanning the anterior segment of the eye, high-resolution corneal and angle OCT imaging can be obtained, and corneal thickness measurement, anterior chamber angle measurement, etc. can be performed, providing richer examination results for glaucoma, refractive and ocular surface diseases, etc.

The following figure shows the OCT image of the cornea

OCT Technical Parameters
Axial resolution	5μm
Horizontal resolution	15μm
Scan depth	2.5mm
scanning speed	27,000 A-scan/second
Pupil requirements	≥3mm
light source	Super radiation diode，840nm
Scanning mode	3D scanning, raster scanning, radial scanning, circular scanning, high-definition scanning
Analysis software	Retina: Macular thickness topographic map, follow-up analysis map, binocular comparison analysis map Glaucoma: RNFL thickness profile map, RNFL thickness quadrant map, RNFL thickness clock map, optic disc/cup/rim area, cup to disc ratio, etc. Calculation and analysis Anterior segment: Corneal thickness topographic map, corneal curvature topographic map, corneal/atrial angle high-definition map

Technical parameters of fundus camera
function	Non dilated/dilated color fundus fluorescein angiography without red light
Field of view angle	42°（No dilated pupils）/50°
Working distance	35mm
Pupil requirements	≥3.3mm
Digital collection format	Canon EOS，External DSLR system
Collecting pixels	≥18 million
Refractive compensation range	±15D