Diagnostic Suite

What Is It Used For?

An advanced diagnostic device that images and analyzes the eye's anterior segment (cornea, iris, lens and anterior chamber) in detailed 3D. By producing a detailed map of the corneal structure, it is used in diagnosis, treatment planning and surgical evaluation. It is also used in diagnosing keratoconus and assessing suitability for laser or intraocular lens surgery.

Advantage

By producing a detailed map of the cornea (the eye's outermost transparent layer), it enables the creation of a personalized treatment plan.

What Is It Used For?

It is used to select the type of intraocular lens to be used in cataract surgery. In refractive surgery, it evaluates the eye's optical structure in detail and helps determine the most suitable treatment method.

Advantage

With precise biometric measurements, it simplifies the selection of the lens used in cataract surgery. It is an advanced diagnostic tool used to support precise surgical planning and improve surgical accuracy in eye surgery.

What Is It Used For?

This device examines the eye's anterior segment (cornea, iris, lens) and images the intraocular structures in detail.

Advantage

OCT technology enables a precise, non-invasive analysis of intraocular structures.

What Is It Used For?

It enables detailed imaging of the retina and optic nerve, and is used in the diagnosis and follow-up of retinal and optic nerve diseases.

Advantage

High-resolution images enable rapid detection of problems in the retina and optic nerve.

What Is It Used For?

Specular microscopy is an imaging method used to evaluate the endothelial cell layer on the inner surface of the cornea, the eye's outermost layer. By assessing the number, size and shape of endothelial cells, it provides information about corneal health.

Advantage

Specular microscopy is an important tool for assessing surgical risk, and provides valuable information for both diagnosis and monitoring of the treatment process.

What Is It Used For?

Glaucoma diagnosis and monitoring: identifying narrowing of the visual field and vision loss is important for diagnosing glaucoma and tracking its progression.

Advantage

It detects changes in the visual field at an early stage, before vision loss is noticed, helping with diagnosis and monitoring treatment effectiveness.