Our Technology

This is a rotating Scheimpflug camera system which measures the topography, curvature, focusing power and thickness of the cornea.

This measures the eye (intraocular) pressure by brief contact and does not require anaesthetic drops to be used. 

This digital camera takes digital photographs of the retina and optic nerve at the back of the eye.

This machine performs automated testing of the visual field (peripheral and central vision).  See Peripheral Visual Field Testing.

This portable machine measures the focusing power of the eye (refraction).

This Nd:-YAG laser machine allows precision laser to be applied to the eye to treat glaucoma, and posterior capsule opacification.

The spectralis uses scanning laser retinal imaging and high resolution optical coherence tomography to visualise and measure the retinal and optic nerve layers in microscopic detail. These measurements can be tracked over time to help diagnose retinal and optic nerve diseases.

This machine sterilises our reusable intruments to hospital grade levels of sterilisation, for use in eye procedures.

This machine utilises a non contact scanning light to precisely measure the length of the eye and curvature of the central cornea in preparation for intraocular lens selection for cataract surgery.

This machine measures the focusing power of a pair of glasses.

The optos uses ultra-widefield imaging to capture high resolution images of the retina.