Product Description

Brand: Proclear Sphere by Coopervision
Type of Lens: Corrective contact lenses
Lens Material: Omafilcon B
Technology: PC Technology
Water Content: 62%
Base Curve: 8.6 
Lens Diameter: 14.2 mm
Oxygen permeability: 36 Dk/t
Replacement Schedule: Monthly
Usage Schedule: Daily

Proclear Sphere Pack of 6 lenses is known for their comfort, hydration, and high-quality features. These monthly disposable contacts are made with a special material that has a natural resistance to dryness while allowing greater oxygen to flow through. With PC Technology, water molecules actually become a part of the Proclear Sphere 6 pack contact lens, creating a natural resistance to dryness and also:

• Provide clear vision, exceptional comfort
• Stay 96% hydrated throughout the day, even after 12 hours of wear
• May help address eye dryness when wearing contact lenses

Proclear Sphere Monthly Contact Lenses

Proclear Sphere contact lenses are high-quality contact lenses with many benefits. Proclear Sphere contact lenses are suitable for users affected by dry eye syndrome and those who wear contact lenses 12 hours a day or work in air-conditioned rooms.

Hydration and oxygen permeability

Proclear Sphere are monthly contact lenses by Cooper Vision. Thanks to their material composition (38% Omafilcon B polymer and 62% water content) and their thinness in the middle, Proclear Sphere contact lenses have outstanding oxygen permeability and keep your eyes hydrated.

High Biocompatibility

Proclear Sphere contact lenses also contain a synthetic imitation of phosphorylcho­line, a substance found naturally in human cell membranes which is responsible for retaining water balance. Proclear Sphere contact lenses are also characterized by their high resistance to dehydration. The lenses remain pleasantly moist throughout the day. Phosphorylcholine also ensures the high biocompatibility of Proclear Sphere contact lenses, which means the lens, although a foreign body, is well-tolerated. Phosphorylcholine forms a protective film on the surface of the lens which prevents the formation of protein or lipid deposits that can cause discomfort and decrease oxygen permeability.