DSquared DQ0097 Single Vision Prescription Sunglasses

Dsquared2 Sunglasses with your single vision prescription lenses allow you to see the limitless idea of imagination that this brand has to offer. These creative sunglasses allow others to see your edgy and prominent taste in fashion. DSquared has a great reputation among fashion icons and continues to make discoveries to please your fashion standards.

OpticsPlanet provides authentic Dsquared2 Sunglasses that are not replicas, imitations, replicas or fakes. Their full manufacturer's guarantee provides peace of mind with your purchase. Not to mention our Free Shipping on most orders over $49 to the contiguous 48 states. Check out our entire inventory of Dsquared2 Sunglasses today.

DSquared DQ0097 Rx Sunglasses presented on this page feature DQ 0097 frames with single-vision custom-made Rx lenses that correct vision either for far, near or computer distance. If you are looking for this model of DSquared sunglasses with multifocal lenses (lined bifocals or no-line progressives), please see DSquared Prescription Bifocal DQ0097 Sunglasses and DSquared Prescription Progressive DQ0097 Sunglasses. For the DSquared DQ0097 with DSquared authentic non-prescription sunglass lenses, see DSquared DQ0097 sunglasses.

Model with a strong cat-eye shape that creates a perfect blend of sensuality and glam: ideal for fashion addicted who do not want to part with femininity. This acetates grow out of a careful and innovative research of new colors and shades. For immediate brand recognition the romantic 'D' of Dsquared2 has been included in the front side area.

DSquared DQ0097 Sunglasses Description:

• Frame Type: Plastic
• Shape: Cat
• Flex Temple: No

Package Contents:

• New Genuine DSquared DQ0097 sunglasses with single-vision Rx lenses

We, at OpticsPlanet try to make it easy to order DQ0097 prescription sunglasses online by providing as much information as we can. See our detailed prescription information page that will help you to understand your sun glasses prescription - How to Read Your Prescription.

Contact Us if our DSquared Experts may help you order DSquared DQ0097 prescription glasses. We are also here to help with the entire collection of DSquared eyewear including DSquared Sunglasses, DSquared Rx Sunglasses, DSquared Prescription Eyeglasses and DSquared Eyeglass Frames. If you are interested in our our complete line of Prescription Sunglasses w/Single Vision Lenses, please see our Prescription Sunglasses w/Single Vision Lenses online catalog.

Available DSquared DQ0097 Sunglasses:

• DSquared DQ0097 Sunglasses
• DSquared Rx Prescription DQ0097 Sunglasses (presented above)
• DSquared Rx Bifocal DQ0097 Sunglasses
• DSquared Rx Progressive DQ0097 Sunglasses

DSquared Rx Lenses are available in the following materials:

• CR-39 Plastic (also known as hard resin) is overall cost-effective & most commonly used lens material. CR-39 is thinner and lighter than glass. Recommended sphere range is 0.00 - +/-8.00 and cylinder range is 0.00 - +/-2.00
• Polycarbonate is the most impact resistant lens available. Polycarbonate lenses are highly recommended for kids, sportsmen and military. This lens material is thinner & lighter than CR-39 or glass. It blocks UV rays. Anti-scratch coating is included. Recommended sphere range is +/- 2.00-8.00
• Aspheric Polycarbonate lenses feature the same properties as polycarbonate lenses, but they are recommended for plus (+) sphere prescriptions only
• High Index 1.60 (also known as HX 1.60) lenses are thinner & lighter than CR-39 or glass. Recommended sphere range is 0.00 - +/-15.00
• High Index 1.67 (also known as HX 1.67) lenses are thinner than High Index 1.60, CR-39 or glass. Recommended sphere range is 0.00 - +/-16.00
• Ultra High Index 1.74 (also known as HX 1.74) is the thinnest & lightest plastic material. AR coating is included, recommended sphere range is 0.00 - +/-18.00
• Glass lenses feature superior optical quality and scratch resistance. Although glass is heavier and thicker than other lens materials. Recommended sphere range is 0.00 - +/- 3.00