Imprint Myox
Supporting healthy vision from the start
MyoX is a state-of-the-art peri-focal lens that has been created to protect children’s eyes by correcting and potentially controlling the progression of myopia
2020
Myopia affects almost 30% of the world’s population.
3% of the world’s population is affected by pathologic myopia.
2050
Myopia is estimated to affect 50% of the world’s population.
High myopia will affect 10% of the world’s population.
Learning
Vision Impairment
Economic Loss
Quality of Life
Manages Myopia Growth
The chances of suffering from high myopia and other eye diseases and disorders are considerably reduced
Quality of Life
Myo-X lenses help our children lead a better life by correcting their myopia and managing its progression.
Great Acceptance and Easy Adaptation
Well accepted and tolerated.
Very safe and minimally invasive lenses
It poses no risk to young people’s visual health; safety has been scientifically proven.
MyoLess lenses were designed to give children the best possible visual experience while simultaneously treating their myopia progression.
They are not only extremely effective in slowing down the rate of increase in myopia; they also combat ocular elongation growth thanks to their unique Myo Free-Form Technology, which adapts to the nasal and temporal asymmetry of the retina.
Each lens consists of a central vision area free of blur, surrounded by a carefully calibrated treatment zone of peripheral defocus. This unique design makes the lens more effective and more comfortable to wear.
97% of wearers reported they were
VERY SATISFIED with lens performance - distance, intermediate, and near
95% of wearers reported
EXCELLENT COMFORT
100% of wearers reported
GOOD SHARPNESS
while wearing the lens
Take your child’s myopia management to the next level
The benefits:
Slower progression of childhood myopia by reducing the growth of eye elongation
Perfect vision in the clear vision area
Enhanced comfort, similar to a regular Single Vision lens
Superior aesthetics-treatment is undetectable on the lens
surface, with no visible marks or lines
Remarkably thinner lenses for a slim and visually pleasing
appearance, by allowing production in any desired material
Myox FreeformSuperior AestheticsMyo Free-Form Technology is based on the hyperopic defocus theory.
Standard negative lenses cause light to focus behind the peripheral retinal plane. This can stimulate the eye to elongate further, potentially worsening the myopia over time. By contrast, a lens with positive power at the periphery enables light to focus correctly on the retinal plane.
MyoLess effectively slows down the progression of axial elongation in children’s eyes.
It achieves this by incorporating asymmetric positive defocus on the back surface of the lens, which is calibrated to the natural asymmetry of the retina. This ensures that all light is focused on the retinal plane, effectively combating ocular elongation, and slowing down the progression of myopia.
Proven European Clinical Trial Results
39%
Ocular elongation growth, measured by axial length increase, was an astonishing 39% lower after 12 months in wearers of this lens compared to a standard single vision lens
Myox includes two zones. In the center is a clear visual zone, 7 mm wide, with an ovoidal shape that improves vision on the vertical axis. Surrounding this first zone, there is the myopia treatment zone with asymmetric peripheral defocus, strategically
calibrated with +1.8D and +1.5D (temporal and nasal areas) and +2.0D at the bottom of the lens.
Unbeatable combination ofaesthetics and lightness. - “A slim lens design with no visiblemarks, for a natural look”
In a recent worldwide survey, eye care practitioners said that children as young as 6 years old with a refractive error of -0.50D to -1.00D are suitable candidates for myopia management eyeglass lenses.
Some predictive factors of myopia:
Physical inactivity with high visual demand
Myopia in both parents or high myopia in one parent
Cycloplegic spherical equivalent less than +0.75D in
children under 6 years
Difference between temporal and nasal off-axis refraction
(20–30°) > 0.5D in spherical equivalent
Axial length over 23.5 mm with an eye refraction of + 1.00D
Others: Ratio Axial Length / Corneal Radius > 3, AC/A ratio >
4 Δ/D, Pseudomyopia or/and Heterophoria > 4 Δ
Activities during the adaptation period:
During this period, avoid engaging in active sports and, for older patients, do not drive any vehicle.
Long-Term wear: After adaptation, the patient should wear the glasses permanently (except during sleep and active sports).
Checking position: Patient and parents should check the frame’s position daily to ensure proper fit.
Regular visits: Attend regular optometrist appointments (frame adjustments,
prescription review, myopia progression monitoring, and treatment adjustments).
Environmental factors: Control environmental factors such as spending at
least 2 hours outdoors, taking regular breaks for near tasks, using proper lighting and correct working distance, etc.
