

Wearing image
*Wearing lens data: lens power: -7.00D, refractive index: 1.60, lens grade: external surface aspheric, wearer PD: 58mm
Before
After
フレームサイズとPDの差が少ないため、不自然さが軽減されています。
顔の輪郭が不自然に凹み、目が小さく見えてしまっています。
*Wearing lens data: lens power: -7.00D, refractive index: 1.60, lens grade: external surface aspheric, wearer PD: 58mm
The contours of the face are unnaturally concave,
The eyes look smaller.
Due to the small difference between frame size and PD,
unnaturalness is reduced.
Wearing image


*Wearing lens data: lens power: -7.00D, refractive index: 1.60, lens grade: external surface aspheric, wearer PD: 58mm
Highly myopic spectacle users "3 concerns"
POINT 01
Bridge length can be selected.
You can choose the nose width length from 16mm, 18mm, and 20mm (16mm and 18mm for XL3 and XL4). Selecting the appropriate size and aligning the pupil with the center of the lens reduces the appearance of smaller eyes.

POINT 03
Excellence Titanium
Light and comfortable to wear
The temples are made of “Excellence Titanium,” a material developed specifically for eyeglasses, and are so light and comfortable that you may forget you are wearing them.

POINT 02
Lens width designed to be small
Lens width is designed to be smallFurthermore, the weight of the lens is also reduced by making the lens smaller.

Fits small faces!
Because frame sizes can be selected to suit the face, they are chosen not only by people with high myopia but also by “people with small faces.
Fits small faces!
Because frame sizes can be selected to suit the face, they are chosen not only by people with high myopia but also by “people with small faces.
Highly myopic spectacle users
"3 concerns"
01
Eyes look small
02
The lens becomes thicker
03
The glasses are heavy
Most of your problems are caused not only by "lens power" but also by "lens thickness" due to the difference between "customer's PD*" and "spectacle frame size".


What is PD (interpupillary distance)...
PD is the distance between the left and right pupils. Interpupillary distance.
PD is the distance between the left and right pupils. Interpupillary distance.










