OPTI-FREE RepleniSH Solution 2 x 300 ml

Opti-Free Replenish Contact Lens Solution

Opti-Free Replenish multi-purpose solution is intended for cleaning soft contact lenses. It was developed by Alcon and is based on the original formula of its Opti-Free Express solution. The new Opti-Free Replenish solution is an improvement on the original solution thanks to some additional cleaning ingredients. The technological innovations of Opti-Free Replenish focus mainly on the preservation and moisturising of lenses to provide greater comfort of wear. The package contains two 300 ml bottles of solution and two contact lens cases.

Opti-Free Replenish is also offered in packages of 120 ml, 300 ml and 3 x 300 ml.

Long-lasting hydration

Opti-Free Replenish works with the lens material, which is then able to keep a thin layer of the tear film on the lenses surface all day long, thus ensuring hydration. Lenses cleaned with Opti-Free Replenish remain moist and comfortable throughout the day.

TearGlyde system

The TearGlyde regeneration system works on the lens during its storage in Opti-Free Replenish solution and affects the lenses‘ ability to absorb water. The lenses are then able to utilise the moisture of the natural tear film of the eye. The lenses are more comfortable to wear, and feelings of discomfort associated with dry-eye syndrome or red eyes are eliminated.

Comfortable lenses with Opti-Free Replenish

Using Opti-Free Replenish helps to improve comfort for users of soft lenses who may feel discomfort during long-time wear. Opti-Free Replenish has been developed for use with lenses made from modern, silicone-hydrogel materials, including PureVision, Acuvue OASYS and Biofinity, but it is also acceptable to use with traditional hydrogel contact lenses.

Composition

Opti-Free Replenish is a sterile, isotonic solution containing the unique, dual-action TearGlyde® regenerate system (Tetronic 1304 and nonanoyletylen­diaminotrioc acid), and POLYQUAD 0.001% and ALDOXIME (myristamidopropyl dimethylamine) 0.0005% preservative substances.