Versace VE3272A Progressive Prescription Eyeglasses

Package Contents:

• Genuine Versace VE 3272A Prescription Rx Eyeglasses with No Line Progressive Lenses

Versace Eyeglasses Prescription Information:

We, at OpticsPlanet, try to make it easy to order No Line Bifocal Eyeglasses on line by providing as much information as we can. See our detailed Rx information page that explains How to Read Your Eyeglasses Prescription.

Available Versace VE3272A Prescription Lens Styles:

• Versace Eyeglasses VE3272A with Single Vision Lenses
• Versace Prescription Eye Glasses VE3272A with Rx Lined Bi Focal Lenses
• Versace Prescription Eye Glasses VE3272A with Rx No Line Progressive Lenses (presented above)

These Versace Glasses are also available as Versace Frames without prescription lenses:

Versace VE3272A Eyeglasses without lenses

Versace Progressive Eyeglasses Rx Lenses are available in the following lens 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
• 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