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Myopia control lens

MOOFX Logo

Myopia Management Lenses for Children

Powered by H.O.R.I. Technology. A revolutionary innovation to slow the progression of myopia in children.

Myopia is a Major Health Problem Worldwide

Globally, the incidence of myopia in children continues to increase, particularly in Asia, where the myopia rate in some countries reaches over 50%. The earlier myopia appears in childhood, the more rapidly it progresses.

 

Myopia not only affects children's visual health but can also lead to a range of eye complications, such as retinal detachment and glaucoma.

 

Myopia Incidence Infographic

H.O.R.I. Technology: Inspired by Nature

The inspiration for H.O.R.I. (Hexagon Optimized Reticular Integration) comes from trust in the choices made by Mother Nature. Almost every snowflake and beehive presents a perfect hexagonal shape because efficiency is the core of nature.

Hexagonal Lenslets

Fair Grid

Each MOOFX lens includes 540 sublenses embedded within a 35mm area, seamlessly filling the space. This technology increases the filling rate, reaching 67%.

Hexagonal Lenslets

Fractal Boundary

The innovative fractal boundary design expands the perimeter to twice that of traditional arrangements, effectively increasing boundary stimulation.

Hexagonal Lenslets

Full Symmetry

Uniform hexagonal sub-elements ensure consistent design from the center to the edge, resulting in an enhanced dynamic viewing experience.

Hexagonal Lenslets

How It Works

Made of polycarbonate to withstand all activities and block ultraviolet light (<385 nm), the MOOFX lens consists of a corrective lens onto which a network of hexagonal microlenses is "grafted."

  • Each dark hexagon is a microlens with an additional power of +3.00 diopters, creating stronger defocus signal stimulation in front of the retina.
  • A central area of 8.4 x 7.2 mm is left free of microlenses to allow for refraction correction.
  • Each edge of each microlens induces higher-order aberrations.
  • The combination of defocus and aberrations limits the axial elongation of the eye, slowing myopia development.

Strong Evidence of Effectiveness

Results from a one-year clinical trial comparing MOOFX lenses to conventional single-vision (SV) lenses.

Myopia Progression

SV Lenses: -0.66 Diopters

MOOFX Lenses: -0.30 Diopters

Axial Elongation

SV Lenses: 0.34 mm

MOOFX Lenses: 0.19 mm

Fast Adaptation: After one week, 94% of MOOFX wearers adapted (99% after two weeks).

Technical Specifications

  • Technology: H.O.R.I
  • Diameter (mm): 65mm, 70mm, 75mm
  • Power Sphere / Cylinder: Sph [0.00; -10.00] Cyl [0.00; +4.00]
  • Material: 1.59 POLYCARBONATE / 1.67 MR-7

Centering & Control

These lenses must be perfectly centered so the child can see clearly through the central zone free of microlenses. Each lens comes with a central marker represented by a dot and a circle (the geometric center of the central zone and the optical center).

Centering is performed in the primary gaze position:

  • Horizontal plane: Monocular pupillary distance (OD/OG)
  • Vertical plane: Monocular height

Note: The MOOFX lens must be checked at the reference point, which is also the centering point.

Hexagonal Lenslets

Advice for Parents

Wear Time

Encourage your child to wear MOOFX lenses for at least 12 hours a day, every day, for maximum effectiveness.

Outdoor Activities

It is recommended to spend 2 hours a day outdoors and take regular breaks from prolonged near-vision tasks like screens or reading.

Follow Progress

Ensure glasses fit well and do not slip. We recommend a check-up with your optician every two months.