Tom Ford FT0237 Bifocal Prescription Sunglasses

Tom Ford Sunglasses with your bifocal prescription lenses carry an innovative and provocative design to give off a tone of their legendary success. Giving you the best value in combining your prescription lenses make them even more worth your while. Being highly respected in the fashion industry, Tom Ford Sunglasses give you the opportunity to feel their modern style. While these sunglasses are representing a masterpiece of creativity, you can look your best by just being you.

OpticsPlanet announces Tom Ford sunglasses backed by a full manufacturer's guarantee to ensure their authenticity. Our Free Shipping on orders over $49 to the contiguous 48 states makes our shopping process easier. Browse through our selection of sunglasses and the rest of our Tom Ford sunglasses today.

OpticsPlanet is the leading online retailer of Bifocal Sunglasses with the lowest sale prices on the advanced FT0237 Rx Bi-Focal Sun Glasses by Tom Ford, and shipping is Free! See our Rx Sunglass Guide for information that makes it easy to order the bifocal FT 0237 Tom Ford sun glasses online at our store. Contact Us if our Rx Sunwear experts may provide assistance with the Tom Ford Bi Focal FT0237 Sunglasses or with any of the stunning Tom Ford Sunglasses styles including the Tom Ford FT0237 Sunglass without prescription lenses and Tom Ford Prescription Sunglasses.

The Tom Ford FT0237 Bifocal Prescription Sunglasses is here at Opticsforyou.com and as usual we offer great deals !

Purchase your new Tom Ford FT0237 Bifocal Prescription Sunglasses from Opticsforyou.com today and you will appreciate the easy checkout process, fantastic customer service, Free Shipping policy and information on easily tracking your order.

A timeless classic wayfarer made in acetate, characterized by important profiles that highlight the vintage look style. The 'T' metal decoration placed on the temples enhances the model. Suitable for prescription sunglasses lenses.

Tom Ford FT0237 Eyewear - Mens - Sunglasses Description:

• Frame Type: Plastic Sun Glasses
• Shape: Geometric

Package Contents:

• Tom Ford Rx FT0237 prescription sunglasses with lined bifocal lenses

Tom Ford Sunglasses Prescription Information:

We, at OpticsPlanet, try to make it easy to order Bi-Focal Sunglasses 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 Tom Ford FT0237 Prescription Lens Styles:

• Tom Ford Rx Prescription Sunglasses with Single Vision Lenses
• Tom Ford Prescription Sun Glasses with Rx Lined Bi Focal Lenses (presented above)
• Tom Ford Prescription Sun Glasses with Rx No Line Progressive Lenses

These Tom Ford Prescription Sunglasses are also available as Tom Ford Sunglasses without prescription lenses:

Tom Ford FT0237 Sunglasses without lenses

Tom Ford Bi Focal Sunglasses 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