- Vision correction for myopia and hyperopia
- Breakthrough Smart Silicone™ chemistry uses less silicone leaving more room in the lens for built-in channels of moisture and provides optimal lens softness over other silicone hydrogel daily disposables
- UVA and UVB protection*
- Daily replacement lenses
Smart Silicone™ chemistry is a revolutionary breakthrough in lens chemistry
CooperVision® MyDay® lenses take silicone hydrogel, daily disposable lens performance to the next level. That’s because only MyDay features Smart Silicone™ chemistry, a revolutionary breakthrough in lens chemistry that brings together everything your patients need for an exceptional overall daily disposable experience: uncompromised comfort and handling, plus the healthy advantages of silicone hydrogel.
Smart Silicone™ chemistry optimizes oxygen permeability in a lens that’s just 4.4% silicon—the lowest percentage of silicon found in a SiHy, daily disposable lens. By using less silicone, Smart Silicone leaves more room in the lens for built-in channels of comfort-enhancing moisture. It also enables a low modulus. In addition, Smart Silicone provides optimal softness while maintaining exceptional handling.
Advanced lens design provides a more natural feel
To further enhance patient comfort and satisfaction, MyDay lenses incorporate an advanced lens design, with a smooth lens surface and rounded edge, providing a more natural feeling as the eyelid glides effortlessly over the lens.
And to help promote long-term ocular health, MyDay lenses’ built-in UV protection* filters 85% of UVA and 96% of UVB rays.
Add MyDay contact lenses to your practice. They’re silicone hydrogel taken to the next level—and everything your patients need for an exceptional overall daily disposable experience.
*Warning: UV-absorbing contact lenses are not substitutes for protective UV-absorbing eyewear, such as UV-absorbing goggles or sunglasses, because they do not completely cover the eye and surrounding area. Patients should continue to use UV-absorbing eyewear as directed.
(0.50D steps after +5.00D and -6.00D)