Features

• Vision correction for myopia
• Silicone hydrogel material
• Supports excellent all-day comfort
• UVA and UVB protection*
• Daily replacement lenses

SiHy: The Healthier** Alternative to Hydrogel Daily Disposables

You know the advantages of silicone hydrogel (SiHy) contact lenses for ocular health. Now your hydrogel-wearing patients can know them, too. CooperVision clariti™ 1 day lenses make upgrading your patients to SiHy easy.

Because SiHy lens material allows more oxygen to pass through to the cornea than hydrogel, your patients will appreciate the benefits of whiter eyes and a healthier** lens-wearing experience. The clariti™ 1 day lens allows 100% corneal oxygen consumption***. In fact, it provides more than the recommended amount of oxygen**** across the entire lens surface to help maintain ocular health.

WetLoc™ Technology Leads to Excellent All-Day Comfort

CooperVision clariti™ 1 day features WetLoc™ technology, a process that creates a hydrophilic lens with optimal wettability.

WetLoc™ is a non-surface treatment technology that manipulates the structure of hydrophobic silicone molecules so they become hydrophilic. This creates a lens that naturally attracts and binds water molecules, holding them tightly to the lens surface. WetLoc™ also provides continuous wettability throughout the wearing time. The result is a lens with high water content***** that provides excellent all-day comfort for your patients.

Talk to your patients about the healthy advantages and daily convenience of clariti™ 1 day contact lenses—an excellent choice for new patients and an easy upgrade for your current hydrogel lens wearers.

*Warning: UV-absorbing contact lenses are not substitutes for protective UV-absorbing eyewear, such as UV-absorbing goggles or sunglasses, because they do not completely cover the eye and surrounding area. Patients should continue to use UV-absorbing eyewear as directed.
**Data on file; clariti™ 1 day offers whiter eyes than 1-DAY ACUVUE^® MOIST^®.
***Brennan N.A. Beyond Flux: Total Corneal Oxygen Consumption as an Index of Corneal Oxygenation During Contact Lens Wear. Investigative Ophthalmology & Visual Science. 2005; 82:467–472.
****Holden B.A., Mertz GW. Critical oxygen levels to avoid corneal edema for daily and extended wear contact lenses. Investigative Ophthalmology & Visual Science. 1984; 25:1161.
*****Manufacturer's quoted core water content

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