Precision Diagnostics

We utilise advanced surface profiling and digital imaging to map the unique elevation of your eye, ensuring lenses are designed with micron-level accuracy

Why Technology Matters

Custom contact lens fitting isn't guesswork; it’s engineering. Small variations in the shape of your eye can dramatically affect vision and comfort.

We invest in high-resolution diagnostic tools that allow us to measure the eye’s surface far beyond what standard equipment can see. This data guides every lens we design.

A male scientist or researcher in a dark suit and glasses studying brain scan images on a computer monitor in a laboratory setting.
Medical computer scan displaying a 3D colorful model of a human eye.

Ocular Surface Profiling

We use advanced profilometry to measure up to 350,000 reference points across a wide area of the eye. This allows us to map the elevation of the sclera and design lens edges that align perfectly with your natural eye shape.

This not only allows for improved accuracy but also stability and comfort compared to estimation methods.

A computer monitor displaying a colorful topographical map or heat map in a scientific or medical laboratory setting.

Corneal Topography

This technology creates a detailed 3D "heat map" of your corneal curvature. It is indispensable for diagnosing Keratoconus and designing Ortho-K lenses.

By tracking these maps over time, we can detect subtle progression in corneal irregularities often before you notice a change in vision.

Close-up of a computer monitor displaying a detailed digital image of a human eye.

Digital Anterior Imaging

We use a digital anterior camera to capture high-magnification images and video of your eye health and contact lens fit.

This allows us to document the health of the ocular surface, monitor for any physiological changes, and show you exactly how your lenses are performing on your eye.