Real Glass High Index Clear Lenses

Digital Single Vision lenses are fabricated based on the wearer’s prescription with computer-controlled surfacing equipment that is much more precise than conventional tools. Digital lenses fabrication technology allows for surfacing of lenses in power increments of 0.01 diopter, compared with 0.125 to 0.25 diopter increments possible with traditional eyeglass lens tooling.

A no-line multi-focal lens that includes all corrections, from distance to close-up, in one lens without any separation of the visual zones by a line.

1.60 High Index glass lenses will be an excellent option for mid-strength or ordinary eyeglasses prescriptions. The 1.60 glass lenses are thinner than standard 1.523 glass lenses and still offer the Highest Optical quality and scratch resistance. These lenses make a great option if you value a thin look and lightweight comfort in your eyewear

1.70 High Index glass lenses will be an excellent option for mid-strength or high eyeglasses prescriptions. The 1.70 glass lenses are thinner than standard 1.523 or 1.60 glass lenses and still offer the Highest Optical quality and scratch resistance. These lenses make a great option if you value a thin look and lightweight comfort in your eyewear

1.80 High Index glass lenses will be an excellent option for high to very-high eyeglasses prescriptions. The 1.80 glass lenses are thinner than standard 1.523, 1.60, and 1.70 glass lenses and still offer the Highest Optical quality and scratch resistance. These lenses make a great option if you value a thin look and lightweight comfort in your eyewear. If you purchase 1.80 High index lenses, you add an Anti-Reflective Coating to reduce glare.

High Index 1.90 Glass lenses are for the strongest prescriptions and are only available for eyeglasses. If your Prescription is not higher than a -8.00 or a +6.00 1.90, lenses are not for you. 1.90 Lenses are the Highest index lenses offered on the market. We Only Recommend 1.90 glass lenses for frames with small lenses to reduce the weight of your glasses because we've found that overall eyeglass weight plays a significant role in overall comfort.

A scratch resistant coating is often applied to surfaces that are not inherently scratch-resistant, like CR-39 plastic, polycarbonate, or Trivex. It adds a barrier of protection that hardens the surface against both large gouges and smaller scratches, which can build up and crisscross to add a hazy appearance to lenses. If your lenses are formed from any material other than glass, a scratch-resistant coating will increase their productive lifespan.

UV light is invisible to the human eye but can, in excess, cause retinal burning and scarring. Most sunglasses are already designed to block a high level of UV radiation; other lenses, depending on their function or lens material, may also block some UV rays. If your lenses do not specifically state their UV screening level and you spend time outdoors, an additional UV coating will offer protection and peace of mind. Anti-UV treatment is not necessary on polycarbonate lenses because it is an inherent property of the material.

An anti-fog coating works by chemically affecting the adhesion of water molecules, preventing them grouping into larger clusters that can impair vision. If your glasses are frequently exposed to temperature changes or humid conditions, you’ll likely want an anti-fog coating to help combat condensation. The same goes for anyone who engages in strenuous activities such as physical labor, participation in sports, or exercise. Any activity that causes your body temperature to fluctuate will likely lead to lens fogging.

Anti-reflective coatings eliminate the distracting glare that can be produced by light when it reflects through your lenses. Anyone subjected to direct or indirect reflections – especially those who spend a lot of time around computers and electronic monitors of any type, suffer from eye strain, or who drive at night – will likely enjoy the benefits of glare reduction. Due to the high reflective properties of high index lenses, an anti-reflective coating is recommended, and is practically mandatory for high index lenses made of glass. (Note: AR coating is not good for outside glasses, dusty dirty environments and or constant cleaning.) The lenses must be wet before they are cleaned.

Anti-reflective Superhydrophobic (ARS) coating is applied to the surface of your lenses to reduce the amount of reflected light, which can cause glare, ghost images, and other visual artifacts. While the Superhydrophobic end of the coating helps repel water and other liquid droplets from adhering to the surface, causing them to bead up and roll off. It will help prevent your glasses from fogging up.

Blue Light Plus AR coating is applied in a vacuum coater. The recipe contains anti-static layers, as well as an oleophobic layer to make the glasses easy to clean and stay smudge free. The Blue Light protection is applied to the front side of lens for protection from HEV at 440-480nm. A blue hued AR stack is also applied to the backside of the lens for maximum glare reduction. The coating’s blue hue makes the lenses more attractive.

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