Using non-contact technology to measure the visual axis, anterior chamber depth, lens thickness and corneal refraction, etc., it greatly improves patient comfort and provides accurate data to determine the degree of artificial lens for cataract patients, thereby improving vision quality.

Uses ultrasound to measure the visual axis of more mature cataract patients using contact technology to determine the power of the intraocular lens.

Used to diagnose fundus lesions.

Take fundus retinal photos.

With eye tracking technology, it can scan the macula and retina over a large area at high speed, and can simultaneously obtain fundus angiography and retinal tomography images, which is very helpful for the diagnosis, condition monitoring and treatment establishment of various fundus diseases such as age-related macular degeneration, diabetic retinopathy and glaucoma.

It can analyze the retina, macular area, optic nerve, optic disc, etc. of glaucoma, allowing doctors to diagnose, observe and treat glaucoma and macular degeneration more effectively and accurately.

Detects and follows up the visual field changes of glaucoma patients to provide guidance for glaucoma treatment.

Used for preliminary diagnosis of glaucoma.