What is Myopia?

Myopia, also known as nearsightedness, is a common refractive error. In myopia, the eyeball is too long or the cornea is too curved, causing light to focus in front of the retina rather than directly on it.

Nearsighted people see images on the front side of the retina, but around the wall of the eye there will be images that still fall behind the wall and will induce the wall to continue to grow backwards. When myopia is not corrected, there is no way to stop the growth of the eye axis.

In today’s world, vision problems are increasingly affecting people’s lives.

314 Million

children suffer from myopia worldwide

20%

of the global child population

Don’t Just Correct Myopia

– Control It

Don’t Just Correct Myopia

– Control It

Ordinary single vision lenses

The effect of normal mono-optic lens correction. You can see clearly in the middle, but the peripheral image still falls behind the retina, which still grows towards the focal point, deepening the elongation of the eye axis. The main function is to allow clear vision.

Ideal for optical control

It is necessary for the centre to be visible and for the peripheral images to fall in front of the retina, guiding the retina as close as possible to the front and not extending backwards. The increasing amount of compound defocus creates a circular myopic defocus zone, ensuring that the central area of the lens is photometrically stable while creating a myopic defocus signal in front of the retina, tugging on the eye axis to slow growth.

How Do Myopia Control Lenses Work?

The use of D.I.M.S technology reduces paracentral defocus, not only correcting sharp central vision, but also presenting peripheral visual images clearly in front of the peripheral retina, i.e. achieving peripheral myopia out-of-focus, which serves to slow down the growth of the eye axis without affecting normal visual outcomes and alleviating the deepening of myopia.

Currently, the main brands offering myopia defocus lenses are Essilor® Stellest® and HOYA® MiYOSMART®. Our myopia management lenses have been designed with reference to the defocus point distribution patterns of these two brands.

HOYA® MiYOSMART® Spectacle Lenses

VS

Aogang™  Honeycomb Lenses

            Essilor® Stellest® Lenses

VS

Aogang™  Star Ring Lenses

How Do Myopia Control Lenses Work?

The use of D.I.M.S technology reduces paracentral defocus, not only correcting sharp central vision, but also presenting peripheral visual images clearly in front of the peripheral retina, i.e. achieving peripheral myopia out-of-focus, which serves to slow down the growth of the eye axis without affecting normal visual outcomes and alleviating the deepening of myopia.

Currently, the main brands offering myopia defocus lenses are Essilor® Stellest® and HOYA® MiYOSMART®. Our myopia management lenses have been designed with reference to the defocus point distribution patterns of these two brands.

                   HOYA® MiYOSMART® Spectacle Lenses

VS

Aogang™  Honeycomb Lenses

Design: Honeycomb

Number of Points: 558

Lens Diameter: 74mm

Off-focus Volume: 380-400

Abbey Number: 31

Light Transmittance: 98%

            Essilor® Stellest® Lenses

VS

Aogang™  Star Ring Lenses

Design: Star Ring

Number of Laps: 10 laps

Number of Points: 940

Lens Diameter: 74mm

First Refractive Zone Diameter: 10mm(single field of light)

Off-focus Volume Distribution: 1-5 turns: 380-450 graduated out of focus, 6-10 turns off-focus at a steady 450

Abbey Number: 31

Light Transmittance: 98%

How Do Myopia Control Lenses Work?

The use of D.I.M.S technology reduces paracentral defocus, not only correcting sharp central vision, but also presenting peripheral visual images clearly in front of the peripheral retina, i.e. achieving peripheral myopia out-of-focus, which serves to slow down the growth of the eye axis without affecting normal visual outcomes and alleviating the deepening of myopia.

Currently, the main brands offering myopia defocus lenses are Essilor® Stellest® and HOYA® MiYOSMART®. Our myopia management lenses have been designed with reference to the defocus point distribution patterns of these two brands.

HOYA® MiYOSMART® Spectacle Lenses

  Essilor® Stellest® Lenses

VS

Aogang™  Honeycomb Lenses

Aogang™  Star Ring Lenses

Why Choose Myopia Control Lenses for Kids?

60%

compared to ordinary single vision lenses, slow down myopia progression on average

95%

nearly all kids wearing myopia defocus lenses claim that their distance vision are good

100%

all children are adapt to wear myopia control lenses well

           Better Protection, Better Selection

Imported Raw Material

  • Japan imported PC raw material
  • Singapore imported super tough super hardening fluid

Superior Coating

  • A6 Super Reduced Anti-Green Film Permeability >98%(Standard)
  • Super waterproof membrane layer(Standard)
  • Synovial layer(Optional)

Protect Children’s Eyes with Myopia Control

Anti Blue Light Lens

  • The use of D.I.M.S technology, slowing down of myopia progression
  • Anti blue ray, protection with harmful blue light

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    Frequently Asked Questions

    If your question is not listed, please email us right now.

    Myopia (nearsightedness) can progress in children, especially during periods of rapid growth, which typically occur between the ages of 6 and 17 years. If left uncorrected or untreated, myopia can indeed worsen.

    Myopia in children cannot be reversed, but it can be effectively managed. Besides options like myopia management lenses, orthokeratology, soft contact lenses, and pharmaceutical treatments, lifestyle modifications can also play a crucial role. Regularly taking breaks, minimizing near-vision activities, and spending more time outdoors can help slow the progression of myopia.

    The younger a child develops short sightedness, the further it evolves and the stronger it becomes. You can correct and control your child’s myopia progression with the lenses to help them now and in their future.