Tek Spex 8001 Women's Dual-Focus Progressive No-Line Reading Glasses +1.00 / +3.00 Grey

BE SAFE

WE ONLY SOURCE

FROM OFFICIAL SUPPLIERS

From United States

To International

In 5-10 Days

US$19.99 Shipping Fees for any Order

GRAND SELECTION

Think of it and most probably we have it among our grand selection of products!

AMAZING PRICES

Get ready for the amazing and best Supps prices ever!

FIXED RATE DELIVERY

Get your order anywhere on this planet within 5-10 days with a fixed rate of $19.99 (no matter the size of your order)

+1 (844)-467 8777

PHONE:

+1 (844)-467 8777

Tek Spex 8001 Women's Dual-Focus Progressive No-Line Reading Glasses +1.00 / +3.00 Grey

Regular Price: US$79.99

Special Price US$64.99

Availability: In stock

Category: Health & Household Eye & Visual Health Reading Glasses

Qty:

IMPORTANT: AT HIGHER READING LENS POWERS, TEK SPEX 8001 READERS ALSO HAVE SLIGHT MAGNIFICATION ON TOP FOR MEDIUM DISTANCES AND MAY NOT BE SUITABLE FOR LONG DISTANCE USE. Making the switch from regular bifocals to progressive lenses has never been easier or more affordable with our Tek Spex 8001 series of no-line readers. These fashionable readers are manufactured to gradually increase magnification from the top of the lens to the bottom, giving you unmatched multifocal freedom and allowing you to see up close and far away, but middle distances as well. Not only that, they completely eliminate the telltale line of most reading glasses. With progressive lenses, nobody knows you're wearing readers but you! Join the millions of men and women who have said goodbye to ugly "drug store readers" and said hello to the most modern and youthful corrective eyewear in the world.

Comes with hard carrying case and microfiber cloth to protect your glasses. Durable acetate frames with spring-hinge temples let you read all day in total comfort. Progressive reading glasses with ABSOLUTELY NO LINE means nobody will know you’re wearing readers but you. Average Fit. Lens: 2 in. w x 1.75 in. h Temple: ??. Dual-focus lenses with low magnification on top for medium distances that increases to higher reading magnification at the bottom.