Build your myopia management practice
Monitor the progression of myopia and the effectiveness of treatment.
MYAH offers an efficient, affordable and repeatable way to baseline axial length and monitor change over time. This versatile instrument also includes corneal topography, pupillometry, anterior cornea wavefront analysis, contact lens fitting tools and suite of dry eye diagnostics making it a comprehensive system for the diagnosis and management of myopia and dry eye.
Axial Length & Rx Trend
Axial length, refractive error and corneal power trend reports
Dry Eye
Comprehensive suite of dry eye assessment tools
Topography
Corneal topography with
aberration maps and white-to-white measurement
Key features
- NORMATIVE GROWTH CURVES – Exclusive on-board axial length dataset collected by Erasmus University, Rotterdam, NL
- TOPOGRAPHY – Corneal topography with visit-to-visit comparison and white-to-white measurements
- DRY EYE ASSESSMENT TOOLS – Meibomian gland imaging, non-invasive tear break-up time, tear meniscus height measurements, fluorescein imaging and video capture
- PUPIL ASSESSMENT – Dynamic pupillometry assesses size and light reflexes of the pupil
- LENS FITTING – Contact lens fitting tools including database of conventional RGP, Ortho-K lenses and fluorescein simulation
- ABERRATION MAPS – Simulate the affects of higher order aberrations on visual quality
- USER-FRIENDLY – Compact and easy to operate
Watch the on-demand MYAH demo now
Register now for instant access
Use the form below to register for instant access to an on-demand MYAH demo. For technical support, please click here.
Myopia greatly impacts the quality of life and personal development of children.1
It has never been a better time to join the battle against the global myopia epidemic. MYAH is the perfect instrument for eyecare professionals interested in building, managing, and growing a myopia service.
- Report of the Joint World Health Organization-Brien Holden Vision Institute. Global Scientific Meeting on Myopia. The Impact of myopia and high myopia. University of New South Wales, Sydney, Australia. 16-18 March 2015.
