Technology

A Look Into How MiYOSMART Works

To control myopia progression, myopic defocus has to be constantly experienced by the wearer.

A boy wearing red-framed MiYOSMART spectacles, smiling after his lens fitting

2 yrs

Clinical trial

Two-year randomised study run with The Hong Kong Polytechnic University

An optometrist examining a patient’s eye with slit-lamp equipment
  • Strong and safe
  • Optical clarity
  • Thin and light
  • UV protection
  • Safe for children
A girl in MiYOSMART spectacles riding a scooter outdoors

D.I.M.S. Technology

MiYOSMART lenses consist of Defocus Incorporated Multiple Segments, which have been clinically proven to control myopia.

Eye Shield

Made of strong, UV protected and impact-resistant material to keep active children safe.

Technology

A Look Into How MiYOSMART Works

To control myopia progression, myopic defocus has to be constantly experienced by the wearer. This requires defocus segments to be evenly distributed on the lens surface.

01

D.I.M.S. Technology

MiYOSMART lenses consist of Defocus Incorporated Multiple Segments, which have been clinically proven to control myopia.

A girl in MiYOSMART spectacles standing at the front of her classroom
02

Eye Shield

To protect your child’s eyes, MiYOSMART uses polycarbonate 1.59, a highly impact-resistant material that has passed the high velocity impact drop ball test.

A boy in MiYOSMART spectacles climbing on a playground frame
03

Cosmetic appearance and special coatings

MiYOSMART lenses are light, easy to wear, and clear with no visible lines, similar to a regular smooth-surfaced lens, where visual distortion would otherwise lead to discomfort and poor adaptation. A low-maintenance multi-coating keeps them easy to clean and durable: a water-repellent coating prevents water stains, and an anti-reflective durable coating keeps lenses longer-lasting.

Next step

It All Starts With an Eye Exam

Find a MiYOSMART centre and talk through the options with an eye care professional.

A young girl wearing a trial lens frame during an eye examination