TopVue Air for Astigmatism are toric contact lenses that correct astigmatism. They are made of an innovative silicone hydrogel material. TopVue Air for astigmatism are characterized by high oxygen permeability and high water content. The design of TopVue Air for Astigmatism uses advanced technology that ensures a stable position of contact lenses in the eye when wearing them in any situation.

TopVue Air for Astigmatism contact lenses are also available in 3-lens and 6-lens packs.

TopVue Air for Astigmatism are contact lenses equipped with a stabilization technology called SHT PrismBallast, which allows you to achieve perfect positioning of the lens in the eye. PrismBallast technology thickens the bottom of the lens, using gravity to facilitate a perfect fit on the eye. SHT PrismBallast technology eliminates rotational and other lens movement as the mass of the ballast is distributed in a unique way. Due to their special shape and weight distribution, TopVue Air for Astigmatism contact lenses provide a smooth eyelid movement over the entire surface of the eyeball. The natural blinking process helps the lens stabilize. The lenses use the movement of the upper and lower eyelids to help hold the lenses in place.

TopVue Air for Astigmatism comes in a blister filled with a solution that is fortified with added sodium hyaluronate. Sodium hyaluronate is absolutely compatible with the physiological environment of the eye. Thanks to this solution, TopVue Air for Astigmatism is comfortable from the first use.

The innovative technology of silicone hydrogel materials allows TopVue Air for Astigmatism lenses to transmit atmospheric oxygen to the cornea at a very high level using microscopic channels. The oxygen transmission of these lenses is 100 Dk/t. Another important parameter for all contact lenses is the water content. TopVue Air for Astigmatism contain 45% water. Thanks to this, the lenses remain sufficiently moisturized during the day, which ensures high comfort of wearing these lenses. The high water content also reduces the amount of dust or protein deposits on the surface of the lens, which minimizes the risk of eye infection or irritation.