Let's Harness the Power of Water Together, With WaterInnovations™ Lenses
Delivering comfort for how we use our eyes today.1-3

The Alcon WaterInnovations™ Portfolio of Contact Lenses is the #1 ECP Choice For All-day Comfort.4
Your patients deserve a lens designed for their needs

Are Unaddressed Comfort Issues Hurting Your Patient Retention?


Up to 58%
of contact lens wearers experience symptomatic contact lens discomfort.10


More Than Half
of contact lens wearers wish they could wear their lenses longer each day.11
Dropout Remains an Ongoing Challenge.
Key Drivers of New-Wearer Dropout Include Poor Vision and Poor Comfort.


of contact lens wearers discontinue contact lens wear entirely.11


of new wearers drop out within the first year.12


of those individuals don’t tell their eye care professional.12
That's Where Alcon WaterInnovations™ Lenses Can Help Benefit Your Patients by Providing an Outstanding Contact Lens Wearing Experience.1-3
Our Gold Standard for Comfort2
- AVAILABLE IN SPHERE, TORIC AND MULTIFOCAL
- WATER GRADIENT TECHNOLOGY
Features nearly 100% water at the outermost surface* so nothing touches the eye but a gentle cushion of moisture.5,6 - SUPERIOR LENS SURFACE MOISTURE STABILITY
In in vitro studies, DAILIES TOTAL1® demonstrated superior lens surface moisture stability vs. ACUVUE^ OASYS MAX 1-DAY, ACUVUE^ OASYS 1-DAY, and ULTRA^ 1 day.13-17† - SMARTEARS® TECHNOLOGY
Features the release of phosphatidylcholine (PC), an ingredient found naturally in tears that helps to stabilize the lipid layer of the tear film.18 - 5X SOFTER LENS SURFACE
vs. leading daily disposable lenses in in vitro studies.19,20††

All Month Comfort3 at an Affordable Price
- AVAILABLE IN SPHERE, TORIC AND MULTIFOCAL
- WATER GRADIENT TECHNOLOGY
Features nearly 100% water at the outermost surface* so nothing touches the eye but a gentle cushion of moisture.7,8 - BLUE-VIOLET LIGHT FILTERING21‡ & UV BLOCKING21-23‡‡
Filters 34% of blue-violet light rays while blocking more than 90% of UVA and 99% of UVB rays. - ADHERES 90% LESS BACTERIA
vs. leading reusable lenses in in vitro stress test studies.24,25§,§§ - AT LEAST 5X SOFTER LENS SURFACE
vs. leading reusable lenses in in vitro studies.26#

Easy to Wear, Easy to Love and Easy on the Budget
- AVAILABLE IN SPHERE AND TORIC
- SMARTSURFACE® TECHNOLOGY
steps up from 51% water content at the core to greater than 80% at the outer surface.9* - OUTSTANDING LENS-WEARING EXPERIENCE
PRECISION1® provides precise vision and dependable comfort, even at 16 hours of wear.1 - “STRONGLY PREFERRED”
Nearly 5x more wearers “strongly preferred” PRECISION1® vs. 1-DAY ACUVUE^ MOIST.27## - DIGITAL DEVICE FRIENDLY
When using digital devices for ~8.5 hours, patients did not experience eye strain.28¥ - UNSURPASSED
PRECISION1® for Astigmatism is unsurpassed by ACUVUE^ OASYS 1-DAY for Astigmatism for comfort after insertion.29¥¥

Patients Need Help to Outsmart Digital Device Dryness.
Patients now spend:


On average, 44% of waking hours
looking at screens30,31


Swiping and tapping
2,600+ times32


Blinking 60% less33-36
with no signs of slowing down
Raise Expectations with WaterInnovations™.
Recommend Contact Lenses with WaterInnovations™
*Based on in vitro measurements of unworn lenses.
**May use other proprietary wetting agents or other surface treatments to improve wettability, softness and comfort.
†Based on in vitro studies on delefilcon A sphere lenses wherein wettability was measured using the iDDrop System (p<0.001). All lenses were tested in an identical manner, soaked in a PBS (phosphate-buffered saline solution) for 16 hours +/- 2 hours (p<0.001).
††Based on surface modulus measured with AFM nanoindentation studies with delefilcon A material (DAILIES TOTAL1® sphere lenses); compared to ACUVUE^ OASYS 1-DAY, ACUVUE^ OASYS MAX 1-DAY, 1-DAY ACUVUE^ MOIST, clarity^ 1day and MyDay^ sphere contact lenses; p<0.01.
‡There is no demonstrated clinical benefit to reduction in blue-violet light at wavelengths below 450 nm. BVL testing done on lehfilcon A sphere lenses.
‡‡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. The patient should continue to use UV absorbing eyewear as directed.
§In vitro bacterial stress testing of unworn sphere lenses.
§§Based on bacterial counts on five different strains of Pseudomonas aeruginosa (MCC 3478, 3480, 3481, 7142 and ATCC 10145) (p<0.0001 for all).
#Based on surface modulus measured with AFM nanoindentation (“worn” lenses were worn on-eye for a full wearing schedule: 14 days for ACUVUE OASYS^, 30 days for Biofinity^, ACUVUE VITA^, Bausch+Lomb ULTRA^); p<0.05.
##n=92; p≤0.0001.
¥Based on 4-point Likert scale; strongly agree, slightly agree, slightly disagree and strongly disagree.
¥¥Based on a post-hoc analysis; data collected 15 minutes after insertion.
^Trademarks are the property of their respective owners.
References:
1. Fogt J, Patton K. Long day wear experience with water surface daily disposable contact lenses. Clin Optom. 2022(14):93-99.
2. Perez-Gomez I, Giles T. European survey of contact lens wearers and eye care professionals on satisfaction with a new water gradient daily disposable contact lens. Clin Optom. 2014;6:17-23.
3. In a clinical study wherein patients (n=66) used CLEAR CARE® solution for nightly cleaning, disinfecting, and storing; Alcon data on file, 2021.
4. Based on a survey of 600 Eye Care Professionals and analysis of 1,800 patient records (by surveyed ECPs); Alcon data on file, 2023.
5. Thekveli S, Qui Y, Kapoor Y, et al. Structure-property relationship of delefilcon A lenses. Contact Lens Anterior Eye. 2012;35(Suppl 1):e14.
6. Angelini TE, Nixon RM, Dunn AC, et al. Viscoelasticity and mesh-size at the surface of hydrogels characterized with microrheology. Invest Ophthalmol Vis Sci. 2013;54:E-abstract 500.
7. In vitro analysis of lens oxygen permeability, water content, and surface imaging; Alcon data on file, 2021.
8. In vitro analysis of lehfilcon A contact lenses outermost surface softness and correlation with water content; Alcon data on file, 2021.
9. Alcon data on file, 2019.
10. Stapleton F, Bakkar M, Carnt N, Chalmers R, Vijay AK, Marasini S, Ng A, Tan J, Wagner H, Woods C, Wolffsohn JS. CLEAR - Contact lens complications. Cont Lens Anterior Eye. 2021 Apr;44(2):330-367.
11. Dumbleton K, Woods CA, Jones LW, Fonn D. The impact of contemporary contact lenses on contact lens discontinuation. Eye Contact Lens. 2013 Jan;39(1):93-9.
12. Sulley A, Young G, Hunt C, McCready S, Targett MT, Craven R. Retention rates in new contact lens wearers. Eye Contact Lens. 2018;44(Suppl1):S273-S282.
13. Alcon data on file, 2019.
14. Alcon data on file, 2019.
15. Alcon data on file, 2020.
16. Alcon data on file, 2019.
17. Alcon data on file, 2022.
18. Pitt WG, Jack DR, Zhao Y, Nelson JL, Pruitt JD. Loading and release of a phospholipid from contact lenses. Optom Vis Sci. 2011;88(4):502-506.
19. Laboratory analysis of surface modulus of delefilcon A sphere lenses and commercial sphere lenses using atomic force microscope; Alcon data on file 2020.
20. Laboratory analysis of surface modulus of senofilcon A sphere lenses (ACUVUE^ OASYS MAX 1-DAY) using atomic force microscope; Alcon data on file, 2022.
21. Laboratory assessment of ultraviolet and visible light transmission properties of lehfilcon A contact lenses using spectrophotometer; Alcon data on file, 2020.
22. ISO 18369-2:2017 Ophthalmic optics — Contact lenses Part 2: Tolerances.
23. ANSI Z80.20-2016 ophthalmic contact lens UV transmittance.
24. In vitro evaluation of bacterial adherence in commercial lenses; Alcon data on file, 2020.
25. In vitro evaluation of bacterial biofilm in commercial lenses; Alcon data on file, 2020.
26. Laboratory analysis of surface modulus of lehfilcon A and commercial lenses using atomic force microscope; Alcon data on file, 2021.
27. Alcon data on file, 2019.
28. Alcon data on file, 2022.
29. Alcon data on file, 2022; n=100.
30. Howarth J. Alarming average screen time statistics (2024). Exploding Topics. Published December 4, 2023. Accessed May 13, 2024. https://explodingtopics.com/blog/screen-time-stats.
31. Kemp S. DataReportal, Digital 2024: Global Overview Report. Meltwater, We are social. Published online January 2024. Accessed May 29, 2024. https://datareportal.com/reports/digital-2024-global-overview-report.
32. Winnick M. Putting a Finger on Our Phone Obsession. Dscout. Accessed at: https://dscout.com/people-nerds/mobile-touches.
33. Dumbleton K, Caffery B, Dogru M, et al. The TFOS International Workshop on Contact Lens Discomfort: report of the subcommittee on epidemiology. Invest Ophthalmol Vis Sci. 2013;54(11):TFOS20-TFOS36.
34. Tsubota K, Nakamori K. Dry eyes and video display terminals. N Engl J Med. 1993;328(8):584.
35. Patel S, Henderson R, Bradley L, Galloway B, Hunter L. Effect of visual display unit use on blink rate and tear stability. Optom Vis Sci. 1991;68(11):888-892.
36. Hall L, Coles-Brennan C. Digital eye strain: more screen time = more digital eye strain. Contact Lens Spectrum. 2015;30:38-40.
37. Alcon data on file, 2021.
38. Merchea M, Evans D, Kannarr S, et al. Patient and ECP Satisfaction in the United States with a Novel Water Gradient Daily Disposable Multifocal Contact Lens. Presented at the American Optometric Association Annual Meeting, June 20-24, 2018. Denver, CO.
39. Alcon data on file, 2017.
40. Alcon data on file, 2013.
41. Lemp J, Kern J. Alcon multifocal contact lenses for presbyopia correction. Paper presented at the Canadian Association of Optometrists Congress; June 28-30, 2017; Ottawa, ON.
42. Alcon data on file, 2021.
43. Alcon data on file, 2022.
44. Alcon data on file, 2020.
IMPORTANT SAFETY INFORMATION
See product instructions for complete wear, care and safety information.