Our Technologies

Precision starts with
what we can see.

Every OrthoK lens we design and every myopia management decision we make is backed by advanced diagnostic technology — not guesswork.

Advanced Diagnostics

How we see what others miss

Every assessment uses advanced diagnostic technology to measure your eyes with precision — supporting accurate OrthoK design, fitting and long-term monitoring.

CORNEAL SHAPE MAPPING & ANALYSIS

Corneal Topography

Our Medmont topographers map the cornea's surface in high-definition 3D to assess OrthoK suitability and guide OrthoK lens design and fitting.

CROSS-SECTIONAL LAYER ANALYSIS

OCT 3D Retinal Scan

Images the retina in cross-section, layer by layer, to detect microscopic changes and early signs of disease — such as macular degeneration and glaucoma — long before symptoms appear.

200° ULTRA-WIDEFIELD COVERAGE

Optos Ultra-Widefield Imaging

Captures up to 200° of the retina in a single scan — around 82% of the retinal surface — helping us spot irregularities well beyond what a standard exam can see, without dilating drops.

TRACKED TO 0.01MM · PREDICTIVE RISK
Pioneering Technology

Axial Length Biometry

Our clinic is a pioneer in using axial length measurement for myopia management, with extensive experience using this data to predict progression risk and its relationship to long-term eye health. Axial length is a far more sensitive, objective and repeatable measure of eye growth than prescription alone — up to 10 times more sensitive at detecting change — meaning eye growth can be picked up before any noticeable change in vision or prescription.

  • Up to 10x more sensitive at detecting change than prescription alone
  • Equipped with both the Zeiss IOLMaster and Oculus Myopia Master biometers
  • Tracking against age- and gender-specific normative growth curves
The Gold Standard

Why axial length monitoring is non-negotiable

Gold Standard

We're pioneers in axial length monitoring

Axial length is widely regarded as the gold standard for tracking myopia progression, because it measures the eye's physical growth directly. This matters enormously for OrthoK specifically — prescription can't be reliably measured once a patient is in lenses, since corneal reshaping temporarily corrects vision without reflecting what the eye is actually doing underneath.

That means a practice fitting OrthoK for myopia control without tracking axial length has no real way of knowing whether the treatment is actually working — they can see that a child's vision looks clear, but they can't see whether their eye is still growing. Axial length monitoring is what closes that gap, giving an objective, treatment-independent measure of progression, regardless of how clear the corrected vision appears.

Any practice fitting OrthoK without monitoring axial length is essentially guessing — and only doing half the job.
See the Difference Precision Makes

Book a comprehensive assessment

Every treatment plan starts with proper measurement — not assumptions.

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