logo-eyezen logo-eyezen logo-varilux-white logo-xperio-uv
Skip to main content

Glare, Scratch, and Smudge Resistant

Advanced Technology for Clearer Vision

CLARITY LIKE NEVER BEFORE

Discover how nothing can stop Crizal® No-Glare lenses from providing you the clearest vision possible. Watch the video to learn more. 

OUR MOST COMPREHENSIVE UV PROTECTION

Did you know Crizal No-Glare lenses offer our most comprehensive UV protection in a clear lens with E-SPF™ 35?* The higher the E-SPF® Index, the greater the level of UV protection provided by the lens. This protection from damaging UV rays is a feature available for all ages—including in lenses for kids

HELP DEFEND AGAINST
HARMFUL BLUE LIGHT**

The sun, computer screens, smartphones, tablets, fluorescent bulbs—we encounter blue light every day. Crizal® Prevencia® lenses provide all the benefits of no-glare lenses and help protect against Harmful Blue Light. Crizal Prevencia, combined with a lens embedded with the Smart Blue Filter™ feature, creates Crizal® Prevencia®+, which reduces exposure to Harmful Blue Light by at least 30% plus UV protection.**

Life Is Clearer with Crizal

Personalize Your Lenses

Discover a customized solution for your lifestyle.

The Ultimate Lens Package

Combine three innovative technologies for our ultimate in vision, clarity, and protection.

WANT TO BUY ESSILOR LENSES?

Find an eyecare professional. Enter your ZIP code below to find a location near you.

* E-SPF is an index rating the overall UV protection of a lens. E-SPF was developed by Essilor International and endorsed by third party experts. The E-SPF index relates to lens performance only and excludes direct eye exposure that depends on external factors (wearer’s morphology, frame shape, position of wear). Crizal Sapphire 360° UV is the only lens to offer E-SPF 35.

 

** Arnault E, Barrau C, Nanteau C, Gondouin P, Bigot K, et al. (2013). Phototoxic Action Spectrum on a Retinal Pigment Epithelium Model of Age-Related Macular Degeneration Exposed to Sunlight Normalized Conditions. PLoS ONE 8(8): e71398. doi:10.1371/journal.pone.0071398 (August 23, 2013). Identified Harmful Blue Light through in vitro experiment on swine retinal cells, where the most toxic wavelengths are high energy visible light falling between 415-455nm on the light spectrum (blue-violet light).

 

† Ordinary lenses are defined as lenses with applied hardcoat only.