Stick On Prescription Lenses for Nearsightedness
If you’re nearsighted, you know the struggle: you find a great pair of sunglasses, sports glasses, or goggles—then realize they don’t have your prescription. Stick on prescription lenses make things easier by adding spherical distance correction to compatible eyewear you already own. They work on a similar idea to stick-on reading lenses, but are designed for a different viewing need. Just choose the right negative SPH power, place the lenses correctly, and your favorite pair can become much more useful for distance vision.
Here is what to know before choosing a pair.
Stick-On Reading Lenses vs. Stick-On Lenses for Distance
Stick-on reading lenses and stick on lenses for distance use a similar removable format, but they are designed for different viewing tasks.
The main differences come down to lens power, placement, and how much of your normal viewing area they cover.
| Stick-On Reading Lenses | Stick-On Distance Lenses | |
|---|---|---|
| Main purpose | Close-up reading and near tasks | Clearer distance vision |
| Lens power | Positive (+) | Negative (-) |
| Typical placement | Lower part of the eyewear | Centered in front of the pupil |
| Viewing area | Small reading zone | Larger central viewing zone |
| Example power | +2.00 | -2.00 |
A reading lens is usually kept low on the eyewear so you can look down through it when checking a phone, menu, label, or other close-up detail.
A stick on distance lens, on the other hand, sits in your main line of sight. Because it is meant to be used while looking straight ahead, the lens is larger and should be positioned in front of the pupil.
So although both products are “stick-on lenses,” they are not interchangeable. One adds a near-vision zone; the other adds spherical correction for distance vision.
If you are looking for near-vision correction instead, our guide to how stick-on reading lenses work explains the reading version in more detail.
How Do Stick On Corrective Lenses Work for Nearsightedness?
Nearsightedness is usually corrected by placing the appropriate optical power in front of the eye. Eyeglasses do this by bending light so it focuses more accurately on the retina. According to the National Eye Institute, single-vision prescription lenses can be used to improve distance vision for people who are nearsighted.
Stick on corrective lenses follow the same basic optical idea, but instead of manufacturing the correction into an entirely new pair of glasses, the powered lens is added to the inside of compatible existing eyewear.
For example, imagine you have a pair of non-prescription sunglasses you really like but normally need -2.00 SPH correction for distance. A compatible -2.00 stick-on lens can add that spherical correction in front of your eye.
The important difference from reading lenses is not simply how the lens attaches. It is what optical power it provides and where that powered area sits in your line of sight.
That is why distance lenses are positioned differently from small bifocal-style reading segments.
What Prescription Can Aximyra Correct, and How Do You Choose the Right Power?
Aximyra's myopia stick on prescription lenses are currently available in negative SPH powers from -1.00 to -6.00. The right and left eye powers can also be selected separately, which is useful because many people do not have exactly the same prescription in both eyes.
For example:
Right eye / OD: -2.00 SPH
Left eye / OS: -2.50 SPH
If your current prescription is a simple sphere-only prescription like this and both powers are available, you can select each eye independently.
However, Aximyra currently supports SPH correction only. It does not reproduce CYL, prism, or other customized prescription parameters.
Why Pupil Alignment Matters for Stick On Distance Lenses？
Choosing the correct power is only half the job.
With stick on distance lenses, placement matters because you normally look straight through the powered area when viewing things farther away.
For Aximyra's distance lenses, the center of each lens should be aligned with the corresponding pupil, with both lenses kept level and symmetrical. The lenses can then be repositioned until the view feels properly aligned and comfortable.
A lens that sits noticeably too high, too low, too far inward, or too far outward may not feel right even if you selected the correct SPH.
A simple rule is:
Power gets you the right correction. Position puts that correction in the right place.
This is also why distance lenses should not simply be installed in the same lower position used for bifocal reading segments.
[How-to Graphic: Correct vs. Incorrect Pupil Alignment]
Suggested visual:
Correct:
✓ lens center over pupil
✓ both lenses at the same height
✓ symmetrical positioning
Incorrect:
✕ too far inward
✕ one lens higher than the other
✕ optical center below the normal line of sight
What Eyewear Can You Use Them With?
One of the main reasons people look for stick on lenses for nearsighted users is that they already own eyewear they like.
Aximyra lenses are designed to attach to compatible smooth lens surfaces, which opens up several useful possibilities. The current product page shows applications including sunglasses, cycling eyewear, swimming goggles, ski goggles, diving masks, and other specialty eyewear.
For example, they may make sense when you want distance support in:
Sunglasses
You like the frame and tint you already have, but the lenses do not contain your distance prescription.
Cycling or Outdoor Glasses
Sports eyewear can have shapes and coverage that you prefer over your everyday glasses.
Ski Goggles
A stick-on option may add simple spherical correction inside compatible goggles without placing your regular glasses underneath.
Swim Goggles or Diving Masks
For compatible smooth surfaces with enough room, removable distance correction can be useful when ordinary glasses are not practical.
Specialty or Smart Eyewear
Some eyewear is not designed like a conventional prescription frame, making a removable lens worth considering.
Fit still matters. Aximyra's nearsighted lens is approximately 48 mm × 29 mm, so measure the usable inside area of the eyewear before ordering.
And “compatible eyewear” is important wording here. Not every lens shape, curvature, coating, or available space will necessarily provide the same fit.
What Makes Aximyra Stick-On Prescription Lenses Different?
The appeal is less about turning stick-on lenses into a replacement for every pair of prescription glasses and more about giving compatible eyewear an extra function.
Aximyra's distance version combines several features that are especially relevant for nearsighted users:
Negative SPH options from -1.00 to -6.00.
This covers a range of simple spherical myopia powers, with available strengths selected separately for the left and right eye.
Larger distance-focused lens area.
The approximately 48 × 29 mm myopia lens is designed to sit in the main viewing area rather than only creating a small lower reading zone.
Soft, transparent silicone construction.
Aximyra currently uses platinum-cured liquid silicone designed to be flexible, transparent, washable, and reusable.
No permanent glue.
The lenses use a water-activated attachment method, so they can be removed and repositioned rather than permanently bonded to the eyewear.
Separate power selection for each eye.
You do not have to assume that both eyes use the same SPH.
There are limits, and they are worth keeping in mind. These lenses provide spherical correction only and are intended for compatible everyday eyewear. Aximyra does not position them as a substitute for certified safety eyewear, precision industrial optics, or eyewear required to meet driving vision standards.
For the right use case, though, the idea is refreshingly simple: keep the eyewear you already enjoy and add the distance correction you actually need.