Heidelberg Retina Tomography – HRT 3:

HRT3 is a confocal laser scanning system, designed to capture and analyze three-dimensional images of the posterior segment of the eye. It allows a quantitative assessment of the topography in the structures of the eye, especially of the retinal topography, as well as the precise tracking of any topographical changes. It is applied more often to describe the glaucomatous optic nerve head, the analysis of the slits and the edema of the macula and the analysis of imperfections in the layer of the nerve fibers.

Fundus digital camera and digital fluoroangiography:

System for capturing images of the fundus, with or without administering contrast dye (fluorescein) for the diagnosis and treatment of retinal and macular disorders.

Tomey Β–Ultrasound:

System for the imaging of the eyeball in 2D, the optic nerve, and the extraocular muscles, in order to test eyes with hazy refractive media. It incorporates cutting edge ultrasound technology, it provides B-scan diagnosis with built-in zoom technology, B-scan measurement of the axial length with a dynamic multifocal system which is capable of scanning in close, middle and far distance in comparison with the usual systems that provide images from a particular location only.

B-SCAN UD 1000- TOMEY

Optical Coherence Tomography -OCT:

Analyzer of the anterior segment using the radical technology of spectroscopic optical coherence tomography to check the retinal microstructure, the optical fibers and the optic disc morphology.

CIRRUS HD- OCT - ZEISS

Dye Solid State Green Laser (532 nm):

Special Laser for the treatment of disorders in the fundus (diabetic retinopathy, retinal tears and disorders in the macula).

VISULAS 532s – ZEISS

Yag- laser:

Special Laser that is applied in the treatment of secondary cataract and various types of glaucoma.

Axis II Ultrasound Biometry and Pachymetry:

Advanced ultrasound contact biometry system; it provides, fast and effectively, precise measurements of the axial length in patients with dense cataract in order to calculate the strength of the intraocular lenses. It offers an ultrasound pachymetry system to define the corneal thickness and is applied in refractive surgery and corneal disorders.

AXIS II PR ULTRASOUND A MODE BIOMETER & PACHYMETER -QUANTEL MEDICAL

Zeiss biometry:

Advanced non-contact optical biometry for the precise measurement of the axial length, the corneal measurements and the depth of the anterior chamber; it provides all biometric parameters that are required to calculate the power of the intraocular lenses.

IOL MASTER – ZEISS

Zeiss Surgical Microscope:

High definition surgical microscope, especially for eye microsurgery.

OPMI LUMERA T – ZEISS

Infiniti phacoemulsification system:

Cutting edge technology with digital management of the pressure in the anterior chamber of the eye in order to remove cataract using phacoemulsification (a combination of traditional and side-to-side oscillating ultrasonic movement) or water micropulses (aqualase).

INFINITI VISION SYSTEM – ALCON