Technology – Advanced Eye Care

We use the most up-to-date technology to ensure the best eye care possible. Here are some of the different types of tests and equipment you may experience on a visit to our Practice.

LipiFlow® Thermal Pulsation System

The LipiFlow® device provides vectored thermal pulsation to warm the meibomian glands through the inside of the lids and gently massage thickened meibum (lipid) and debris from the gland.

iCare Tonometer

This accurate painless puffless tonometer measures the eye’s intra-ocular pressure (IOP).

Cirrus 4000

The ZEISS Cirrus HD-OCT 4000 (Cirrus HD-OCT or Cirrus) enable examination of the posterior and anterior of the eye at an extremely fine spatial scale, without surgical biopsy or even any contact with the eye. The Cirrus HD-OCT builds on and refines the retinal imaging technology first introduced with the ZEISS Stratus OCT™.

Sanet Vision Integrator (SVI)

designed to improve visual abilities for a wide range of patients with visually-related learning problems, amblyopia, and traumatic brain injury. It is also very effective for sports vision enhancement work with athletes.

Computer Orthoptics VTS4

Computer based therapy for eliminating amblyopia; breaking suppressions; improving oculomotor skills; improving visual memory; improving accommodative facility; altering retinal correspondence; increasing fusional ranges; and/or treating strabismus.

CLARUS® 500

The only fundus imaging system that combines True Color and clarity within an ultra-wide field of view, enabling clinicians to manage patients with confidence

Eaglet ESP Topographer

The Eaglet-Eye ESP offers more features than any previous profiler. Our revolutionary topographer is the first to offer profiling, not only of the cornea but also right across the limbus and over a large portion of the sclera.

But it isn’t just the unprecedented 20mm diameter of measurement that’s causing such excitement in the world of optometry. The measuring accuracy of the ESP is such that practitioners can now generate 3D ‘height maps’ of the eye’s surface in astonishing detail.