Experience stylish reading with the Gloria, an oversized square pair designed with a chic cat-eye shape. Crafted with a bevelled frame and sturdy core wire temples, these glasses ensure durability and comfort thanks to spring hinges. They feature scratch-resistant, thin aspheric lenses that offer clear vision while filtering approximately 30% of potentially harmful blue-violet light. Complete with a protective case and cleaning cloth, these glasses blend functionality with modern flair, perfect for everyday use.
From the brand: The Gloria is offered in an oversized square style with an upswept cat eye shape. This bold reader has a beveled frame for a layered effect with sturdy core wire temples and spring hinges. These fully magnified reading glasses feature both scratch-resistant and thin, aspheric lenses for a great look and feel and have a patented lens technology that helps reduce approximately 30% of potentially harmful blue-violet light*. This pair of glasses comes with the case and cleaning cloth pictured for easy storage and protection. This product is part of the Specs for Specs® donation program. Shop the Sofia Vergara® x Foster Grant® collection.* Please select your lens type, power, and color before placing your order. All fields must be selected. This style Multi Focus™ Blue lenses have three different powers that allow you to use them for reading, computer use, and interacting, and have a patented lens technology that helps reduce approximately 30% of potentially harmful blue-violet light*. This pair of glasses comes with the case and cleaning cloth pictured for easy storage and protection. This product is part of the Specs for Specs® donation program. Shop the Sofia Vergara® x Foster Grant® collection.* Please select your lens type, power, and color before placing your order. All fields must be selected.Disclaimer: *Potentially harmful blue-violet light refers to the 415-455 nanometer range of the visible light spectrum. The percentage represents the average amount of potentially harmful blue-violet light filtered at 5 nanometer increments in this range. Covered under U.S. Pat. No. 8,360,574. Other U.S. and foreign patents pending.
