Dotted image
Box of Biotrue ONEday Daily Contact Lenses for Presbyopia.

Biotrue® ONEday for Presbyopia is powered by proven 3-Zone Progressive Design

Our unique multifocal lens design is optimized for 7 biometrics, including pupil size, across 9 critical distances to deliver clear near and intermediate vision, while continuing to provide excellent distance vision1,2:

Graph showing the 3-Zone Progressive Design of Biotrue ONEday for Presbyopia contact lenses. Graph showing the 3-Zone Progressive Design of Biotrue ONEday for Presbyopia contact lenses.

7 Biometric factors

Watch the science
  • Lenses thumb
    Pupil size
  • Lenses thumb
    Anterior chamber depth
  • Lenses thumb
    Higher-order aberrations
  • Lenses thumb
    Axial length
  • Lenses thumb
    Corneal topography/diameter (curvature)
  • Lenses thumb
    Residual accommodation (across 9 distances)
  • Lenses thumb
    Subjective refraction
Watch the science

Just 2 ADD powers across the entire power range for an easy, predictable fit:

Graphic showing the 2 ADD powers for Biotrue ONEday Daily Contact Lenses. Graphic showing the 2 ADD powers for Biotrue ONEday Daily Contact Lenses.
3-zone Progressive Icon

MULTIFOCAL CONTACT LENS
TECHNOLOGY

Learn more about the technology that powers all
Bausch + Lomb multifocal contact lenses.

DIVE INTO 3-ZONE PROGRESSIVE DESIGN
Explore Icon

EXPLORE BIOTRUE® ONEDAY FOR
PRESBYOPIA EVEN MORE

See which key biometrics influenced the
distinct lens design.

WATCH THE SCIENCE

Seamless transitions between the 3 zones provide easy adaptation between key distances

Graphic showing up close of a Biotrue ONEday Multifocal Daily Contact Lens and the 3 distance zones. Graphic showing up close of a Biotrue ONEday Multifocal Daily Contact Lens and the 3 distance zones.

*Results of an online survey with patients who participated in a trial experience program with Biotrue® ONEday for Presbyopia contact lenses and wore their trial lenses for 4 or more days (n=261). Survey questions were top 3-box scores (%Strongly Agree, Agree, Slightly Agree) on a 6-point agreement scale, with a margin of error +/- 3.4%.

Biotrue® ONEday multifocal contact lens parameters

MATERIAL
nesofilcon A
WATER CONTENT
78%
OXYGEN TRANSMISSIBILITY (Dk/t)
42 @ -3.00D
MATERIAL TECHNOLOGY
Patented Dehydration Barrier
OPTIC DESIGN TECHNOLOGY
3-Zone Progressive™ Design
BASE CURVE
8.6 mm
DIAMETER
14.2 mm
CENTER THICKNESS
0.10 mm @ -3.00D
POWERS
+6.00D to -9.00D in 0.25D steps (including plano)
ADDs
Low: +0.75D to +1.50D
(spectacle ADD)
High: +1.75D to +2.50D
(spectacle ADD)
CYLINDER POWERS
-
AXES
-
ORIENTATION MARK
-
VISIBILITY TINT
Light blue
INDICATIONS
Daily wear
UV PROTECTION
90-DAY PERFORMANCE GUARANTEE

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. The effectiveness of wearing UV-absorbing contact lenses in preventing or reducing the incidence of ocular disorders associated with exposure to UV-light has not been established at this time. You should continue to use UV-absorbing eyewear as directed. NOTE: Long-term exposure to UV radiation is one of the risk factors associated with cataracts. Exposure is based on a number of factors such as environmental conditions (altitude, geography, cloud cover) and personal factors (extent and nature of outdoor activities). UV-blocking contact lenses help provide protection against harmful UV radiation. However, clinical studies have not been done to demonstrate that wearing UV-blocking contact lenses reduces the risk of developing cataracts or other eye disorders.

‡Terms and conditions apply. See Bausch + Lomb return policy for full details.

Also available in:

Biotrue® ONEday

An affordable daily lens with unbeaten moisture.

Explore now

Biotrue® ONEday for Astigmatism

Evolved lens design that delivers comfort and stability.

Explore now
Recycling Icon

RECYCLE WITH BAUSCH + LOMB

See how the ONE by ONE Recycling Program
works and become a recycling center.

JOIN THE MOVEMENT

REFERENCES: 1. Data on file. Bausch & Lomb Incorporated. Rochester, NY. 2. Kingston AC, Cox IG. Predicting through-focus visual acuity with the eye's natural aberrations. Optom Vis Sci. 2013;90(10):1111-1118.