If you have difficulty seeing objects that are close as well as objects that are far, polarized bifocal sunglasses may be the perfect solution. Rather than having to constantly switch out glasses based on whether or not you're trying to read, bifocals contain split lenses that allow for distance vision and reading vision.
A superb yet practical pairing of updated styling and casual functionality, Mass Vision "Lovin Rays" sunglasses frames use advanced nylon polymer material that is lightweight, resistant to cracking and stands well against extreme temperatures. The frames are equipped with impact resistant, polycarbonate polarized lenses which provide 100% UV protection. Protecting your eyes and enhancing your attitude.
This classic look gets an update with a bold design featuring polarized bifocal reading lenses which cut through glare and sharpen your vision. Molded for comfort, high quality lightweight frames keep you comfortable throughout the day. Polarized sun readers are great for driving, the beach, a good book poolside and many more outdoor activities. Get a classic and comfortable look while wearing our "Lovin Rays" polarized bifocal sunglasses!
Lightweight frames: You can hardly feel them on your face, yet they are unbreakable!
Great fashion frame design for golf, cycling, running, fishing and all active outdoor lifestyles.
100% UVA and UVB protection.
Polarized sunglasses with a bifocal reader cuts the glare while driving as well makes it so much easier to read the gauges on your dashboard and GPS.
No more dirty, lost or damaged sunglasses.
A traditional hinge on a pair of sunglasses is call a fixed hinge. A fixed hinge can only be opened 90 degrees before it starts to receive stress that will lead to breaking. "Lovin Rays" sunglasses are equipped with a small spring inside the hinge that allows the arms a greater range of movement.
Each Arm will Open an extra 2.5 inches Past 90 Degrees
Perfect for Large Head Sizes
Maximum Flexibility for all Day Comfort
Spring Hinges can be Adjusted for a Looser Fit
Risk of Arms Breaking from the Frames Significantly Decreases