Aberration Neutralizing System, which enhances vision performance by minimizing spherical aberrations and helps incoming light rays converge for better focus and sharper vision.

Aspheric front surface.

Hydrates to twice its weight in water, and that hydration is the basis of its natural wettability.

The optical design features are the same ones employed by Biofinity.

Optimized Toric Lens Geometry, a multifaceted toric design whose features include a uniform horizontal thickness, a wide, smooth, continuous ballast band, unique back surface curvature and a large toric optic zone.

Optimized Toric Lens Geometry, a wide, smooth, continuous ballast band combined with uniform horizontal thickness, which orients the lens.

Hydrates to twice its weight in water, and that hydration is the basis of its natural wettability.

The optical design features are the same ones employed by Biofinity toric.

Aspheric, with the Aberration Neutralizing System minimizing spherical aberrations so incoming light rays converge for better focus.

Aquaform Technology, which retains water from core to surface without a surface coating or added wetting agents in the lens material.

The sphere range covers 99.9% of spherical prescriptions in a prescription coverage database spanning 14 to 70 years.

Single vision aspheric, DigitalBoost Technology, delivering a +0.3D boost which may help ease strain on ciliary muscles so the wearer can shift focus from on screen to off with less effort.

Aquaform Technology, which retains water from core to surface without the need for surface coating or added wetting agents in the lens material.

Overall comfort rated 9 out of 10 by wearers, in a US in-market assessment survey conducted by eye care professionals, N=150 patients wearing Biofinity Energys.

A study conducted with Biofinity Energys and sphere found a statistically significant difference of the mean change in accommodative microfluctuations compared to a lens without DigitalBoost, after reading on an iPhone 5 for 20 minutes held at a distance of 25 cm.

Plano is not made in this design.

Balance Progressive Technology, two different optical designs, individualized for each wearer and eye by fitting a D lens or an N lens.

+1.00, +1.50, +2.00 and +2.50, with the design optimized for each sphere and add power.

Aquaform Technology, which retains water from core to surface without a surface coating or added wetting agents in the lens material.

98% of wearers fit in two pairs of lenses or fewer using the OptiExpert fitting app, in a retrospective analysis of N=55 subjects, 110 eyes.

Optimized Toric Lens Geometry, a uniform horizontal thickness with a wide ballast band that orients the lens.

Aquaform Technology, which retains water from core to surface without a surface coating or added wetting agents in the lens material.

96% of patients surveyed would recommend the lens to family and friends, in a consumer rebate online survey of n=216 patients who wore it in the past 12 months.

Balance Progressive Technology, two different optical designs, individualized for each wearer and eye by fitting a D lens or an N lens.

Optimized Toric Lens Geometry, a uniform horizontal thickness with a wide ballast band that orients the lens.

Aquaform Technology, which retains water from core to surface without a surface coating or added wetting agents in the lens material.

93% success on initial fitting using the fitting guide, in a subject masked, randomized, bilateral, cross-over evaluation of 27 wearers, astigmatic presbyopes at 2 sites in the UK and US.

Made to order, predominantly manufactured in Scottsville, N.Y., with most U.S. orders reaching customers within a week.

Optimized Toric Lens Geometry, a uniform horizontal thickness with a wide ballast band that orients the lens.

Aquaform Technology, which retains water from core to surface without a surface coating or added wetting agents in the lens material.

Made to order, with 2,338 prescription options available for next-day shipping including trials and 6-packs.

Aspheric, correcting spherical aberrations inherent to the eye and induced by the lens.

WetLoc Technology, a property of the material rather than an added agent: the lens is immersed in normal saline and no separate wetting agent is named, on the product page or in the lens's FDA file.

85% of US eye care professionals who fit the lens agreed it gives a high level of comfort from the first fit, n=121.

The Low and Med adds use an aspheric center-near design; the High add uses a spherical center-near design with dual intermediate zones.

Three designations, Low +0.75D to +1.25D, Med +1.50D to +1.75D and High +2.00D to +2.50D, grouped under a 3 Add multifocal system that uses different lens designs across the range.

WetLoc Technology, a property of the material rather than an added agent: the lens is immersed in normal saline and no separate wetting agent is named, on the product page or in the lens's FDA file.

Comfort rated 88 out of 100 in a one-week dispensing study, n=90 habitual multifocal contact lens wearers.

The 3 Add multifocal features a new design, a new edge and new parameters.

Aspheric, with a large toric optic zone.

Prism ballast design, drawn in cross section as a smooth, continuous ballast.

A back surface curvature that supports stable lens positioning, with around-the-clock cylinder axes in 10° increments.

WetLoc Technology, a property of the material rather than an added agent: the lens is immersed in normal saline and no separate wetting agent is named, on the product page or in the lens's FDA file.

85% of surveyed US eye care professionals who fit clariti 1 day or a private label version strongly agreed or agreed that it provides a high level of comfort from the first fit, n=121.

ActivControl Technology. Two treatment zones create myopic defocus with image focus in front of the retina rather than behind it, and two correction zones correct myopia in all gaze positions.

Aspheric, the two zone types laid out as alternating concentric rings: a correction center, then a treatment ring, a correction ring and a treatment ring outward.

Over three years myopia progression fell 59% against a single vision 1 day lens, with a 52% reduction in average axial lengthening; the MiSight arm carried n=116 at 12 months, n=110 at 24 and n=104 at 36.

Correction of myopic ametropia and slowing of myopia progression in children with non-diseased eyes, 8-12 years of age at initiation of treatment, with a refraction of -0.75 to -4.00 diopters spherical equivalent and 0.75 diopters or less of astigmatism.

Aspheric single vision with the Aberration Neutralizing System, which minimizes spherical aberration to help incoming light rays converge.

Aquaform Technology retains water from core to surface, with no surface coating and no added wetting agent in the lens material.

Correction for 99.9% of spherical prescriptions, from a prescription coverage database of n=120,406 eyes with cylinder under 0.75DC, ages 14 to 70.

Single vision aspheric with DigitalBoost Technology, delivering a +0.3D boost which may help ease strain on ciliary muscles so the wearer can shift focus from on screen to off with less effort.

Aquaform Technology retains water from core to surface, with no surface coating and no added wetting agent in the lens material.

The accommodative microfluctuation evidence behind the design is a mean change versus a lens without DigitalBoost Technology after 20 minutes of reading at 25 cm, and that study used Biofinity Energys and sphere.

Binocular Progressive System, a 3-ADD multifocal system providing clear vision at all distances.

Three strengths, Low +0.75D to +1.25D, Mid +1.50D to +1.75D and High +2.00D to +2.50D.

Aquaform Technology retains water from core to surface, with no surface coating and no added wetting agent in the lens material.

First-pair fit success 83% in a two-week dispensing study at 5 US sites, n=58 habitual multifocal contact lens wearers, with 98% fit in two pairs or fewer across that study and a 1-week study of n=104 habitual multifocal wearers.

A 97% first-visit success rate, of which the first pair accounts for 73.1% and a second pair for 24%, in n=104 habitual multifocal wearers.

Optimized Toric Lens Geometry, the same optical lens design features as Biofinity toric, a multifaceted toric design for predictable, consistent visual acuity, lens stability, fit and comfort.

Uniform horizontal thickness with a wide ballast band, which orient the lens quickly.

Aquaform Technology retains water from core to surface, with no surface coating and no added wetting agent in the lens material.

Aspheric, correcting lens and theoretical corneal aberrations.

Phosphorylcholine (PC) molecules held in the lens material bind with water molecules in natural tears to create a shield of water around the lens.

Hydration holds at 96% for 12 hours or more of wear.

Aspheric center-near, built on a single power profile that preserves distance vision and limits visual compromise.

Near boost in the non-dominant eye to optimize near and intermediate vision and maintain binocularity, accommodating patients up to +2.50.

Phosphorylcholine (PC) molecules held in the lens material bind with water molecules in natural tears to create a shield of water around the lens.

Hydration holds at 96% for 12 hours or more.

Balance Progressive, two different optical designs optimized for each sphere and add power, with a center D or center N lens chosen for each eye.

Phosphorylcholine (PC) molecules held in the lens material bind with water molecules in natural tears to create a shield of water around the lens.

Revenue discontinued November 1, 2026.

Satisfaction 76% versus 6% favoring Biofinity toric multifocal over Proclear multifocal toric in a non-dispensing, subject masked, randomized, bilateral, cross-over short-term evaluation, n=17; comfort at 2-week follow-up 80.9±21.6 versus 73.0±25.0 in a separate 2-week dispensing crossover, n=24.

Phosphorylcholine (PC) molecules held in the lens material bind with water molecules in natural tears to create a shield of water around the lens.

Hydration holds at 96% throughout the day.

Phosphorylcholine (PC) molecules held in the lens material bind with water molecules in natural tears to create a shield of water around the lens.

Over 45,000 parameters are available across the Proclear toric range.

Balance Progressive, two different optical designs optimized for each sphere and add power, with a center D or center N lens chosen for each eye.

Phosphorylcholine (PC) molecules held in the lens material bind with water molecules in natural tears to create a shield of water around the lens.

Trial lenses discontinued November 1, 2025; revenue packs discontinued November 1, 2026.

Phosphorylcholine (PC) molecules held in the lens material bind with water molecules in natural tears to create a shield of water around the lens.

Over 45,000 parameters are available across the Proclear toric range.