1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.
1.74
Our 1.740 Aspheric material is the thinnest shatter-resistant lens on the market. In high prescription strengths, it noticeably reduces the eye-magnification effect thanks to its very high refractive index. It is 50% thinner than a standard lens (ind. 1.500) and three time thinner than a high-index mineral lens. Colorable up to 70%.