1-DAY ACUVUE TruEye Brand Contact Lenses give you clear and healthy eyes that breathe freely as if wearing no lenses at all.
Designed to help maintain the natural state of the eye, this is the first and only daily disposable contact lens made with a silicone hydrogel material and the highest volume of wetting agent in the HYDRACLEAR Technology Family.
With the fusion of superior oxygen delivery, highest UV protection and ultra-smooth HYDRACLEAR technology, no other daily disposable lens is better equipped to help you and your eyes meet the daily challenges of modern living.
The only contact lens of its type to give you all these benefits:
- Clear, healthy eyes that breathe freely.
Each lens is made from a unique silicone hydrogel material called narafilcon A which allows almost 100% oxygen delivery to your eyes.
- Ultra-smooth lens for no-lens feel experience.
Unique, wettable, ultra-smooth properties of HYDRACLEAR technology supports protective tear film in the eyes keeping eyes moist and comfortable.
- Internationally recognized Highest UV Protection standards.
Blocks up to 100% UV-B radiation and 97% UV-A radiation from the sun.
1-DAY ACUVUE TruEye Contact Lenses helps maintain clear and healthy eyes, reducing any redness, dryness or tiredness with our proprietary HYDRACLEAR 1 Technology. Every blink feels almost like you're not wearing contact lenses at all.
1-DAY ACUVUE TruEye blocks 100% UV-B and greater than 97% UV-A. Helps protect against transmission of harmful UV radiation to the cornea and into the eye (long-term exposure to UV radiation is one of the risk factors associated with cataracts).
Superior oxygen delivery compared to all daily disposable hydrogel contact lenses.
Only 1-DAY ACUVUE TruEye Brand offers a combination of eye health benefits ranging from comfort to UV protection to help maintain the natural state of your patient’s eyes.
Breathability: 98% of available oxygen reaches the cornea
1-DAY ACUVUE TruEye Brand Contact Lenses has effective delivery of oxygen to the cornea as evidenced by performance comparable to wearing no lens at all on key measures related to corneal oxygenation.