Corneal Analysis System (CAS)
Dynamic intraocular pressure and corneal biomechanics from a single automated acquisition — independent of the operator. The same sensing architecture is built to extend across the eye.
Our approach
Conventional ophthalmic instrumentation is operator-dependent and temporally coarse: a single measurement, acquired in a clinic, under conditions the eye never actually experiences. Setup complexity compounds the loss — throughput falls and access narrows.
Our Corneal Analysis System (CAS) answers that: dynamic intraocular pressure and corneal biomechanical properties from a single automated acquisition, in clinical use today. Behind it sits a deliberately modality-agnostic architecture — the sensor platform, data pipeline, and regulatory pathway each carry over to the next ocular target we take on.
Products
Medical device licence · 2025
Quantifies dynamic intraocular pressure alongside corneal biomechanical properties in a single automated acquisition, removing operator-dependent variability from the measurement.
A chipless, biocompatible lens that telemeters intraocular pressure across a continuous wear cycle, resolving nocturnal excursions a clinic visit cannot observe.
Further ocular biomarkers, targeted drug delivery, intraocular optics, and surgical instrumentation all reuse the CAS sensing and telemetry stack.
Clinical scope
CAS is available for clinical use today, covering dynamic intraocular pressure and corneal biomechanics. The wider platform is built on the same sensing architecture.
Book a demonstration or discuss deployment with our clinical team. We work with hospitals, eye clinics, and research institutions across Hong Kong and mainland China.
Request a demo