Pupil Optimized Design, 183 designs matched to presbyopic pupil size across the refractive error and age ranges, with every parameter tailored by both age and refraction.

Hybrid Back Curve Technology, an aspheric center that mimics the natural shape of the cornea with a spherical periphery to maintain centration over the pupil.

Polyvinylpyrrolidone (PVP), part of Lacreon Technology, with no detectable amount released over a 24-hour simulated wear period.

OptiBlue Light Filter, which filters about 60% of blue-violet light; filtering of high-energy visible (HEV) light by contact lenses has not been demonstrated to confer any health benefit.

Pupil Optimized Design, with 100% of parameters optimized by age and refractive power.

183 designs match the presbyopic pupil size across the refractive error and age ranges, and the same optical design runs across all Acuvue multifocal lenses.

Poly(N-vinyl pyrrolidone) (PVP), which mimics key tear components.

Blue-green.

92% of patients successfully fit with the first pair at the first visit, n=136.

Pupil Optimized Design, 183 designs matching presbyopic pupil size across the refractive error and age ranges, with every parameter tailored by both age and refraction.

Hybrid Back Curve, an aspheric center mimicking the natural shape of the cornea with a spherical periphery to maintain centration over the pupil.

Polyvinylpyrrolidone (PVP), embedded in the lens by Hydraclear Plus Technology as a mucin mimic.

Subjective comfort was a primary or secondary endpoint in 22 studies of the 2-week family against competitor lenses, none of which beat it as of April 30, 2025.

3 lenses per diagnostic pack, 6 lenses per prescription pack.

Precision Profile Design, center-near, with near at the center of the optic, intermediate between center and edge and distance at the periphery, the optical zone size optimized for a wide range of pupil sizes.

Three add powers, low, medium and high.

SmartShield Technology, an ultra-thin protective layer that shields the lens from irritating deposits all month, holding median total cholesterol uptake to 0.4 µg/lens against 1.31 for Biofinity, 1.55 for PureVision, 2.8 for Acuvue Oasys, 3.96 for Avaira and 5.13 for Ultra.

HydraGlyde Moisture Matrix, a polyoxyethylene-polyoxybutylene copolymer (EO45BO10) held at 0.04%, 400 ppm, in the blister solution alongside 1% Copolymer 845.

Mean time to lens surface moisture breakup 19 seconds after 16 hours of simulated wear, against 15 for Ultra, 14 for Air Optix Aqua, 14 for Acuvue Vita, 9 for Acuvue Oasys and 6 for Biofinity, P<0.01.

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.

3-Zone Progressive design, center-near, optimized for 7 biometrics including pupil size, higher-order aberrations, axial length and residual accommodation, across 9 critical distances.

On the -3.00D HIGH ADD power profile the near band runs from the lens center out to roughly 0.8 mm radial displacement, intermediate from roughly 1.1 mm, and distance from roughly 2.6 mm.

Two powers across the entire power range, Low +0.75D to +1.50D and High +1.75D to +2.50D, taken from the spectacle add.

Patented Dehydration Barrier, in which poloxamer 407 drives to the lens surface to lock in moisture and mimics the lipid layer of the tear film for a smooth optical surface.

Polyvinylpyrrolidone (PVP), the hydrophilic polymer that carries the lens water content, matching that of the cornea.

Online survey of patients who wore trial lenses for 4 or more days, top 3-box on a 6-point agreement scale: 91% agreed vision was clear using a mobile phone, 96% on a computer and 95% when driving, n=261.

Two add powers, low for spectacle near adds up to +2.25 D and high for +2.50 D or greater.

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.

Precision Profile center-near design, with a smooth progression of power gradients from near, to intermediate, to distance, and an optic zone size chosen to work across a wide range of pupil sizes.

On the front surface the near zone sits at the center of the dome, the intermediate zone just outside center, and the distance zone in the outer, peripheral zone.

Add powers are designated LO (low), MED (medium) and HI (high).

Cross-linked polyvinyl alcohol forms the bulk of the lens, with additional non-crosslinked polyvinyl alcohol floating freely in the lens matrix.

Hydroxypropyl methylcellulose, polyethylene glycol (PEG) and polyvinyl alcohol (PVA), the free polyvinyl alcohol being released from the lens at each blink.

Precision Profile design, a smooth progression of power gradients across the optic for vision at near, intermediate and distance, with the optical zone optimized for a wide range of pupil sizes.

Three add levels, low, medium and high; a sample patient at -2.00D spherical Rx on the low add is drawn with concentric zone powers marked -1.75, -2.25 and -2.50.

Water gradient construction, a gradual transition in water content from core to surface, with the surface approaching 100% water.

SmarTears releases phosphatidylcholine (PC), an ingredient found naturally in tears that helps to stabilize the lipid layer of the tear film.

More than 8 out of 10 wearers agreed the lenses feel like wearing no lenses at all, and nearly 7 out of 10 agreed they gave freedom from reading glasses, in a survey of presbyopic contact lens wearers, n=544.

5-count trial packs alongside the 30-count and 90-count boxes.

3-Zone Progressive Design; the published power profile for a -3.00D High add lens runs near at the center, fading out by roughly 0.8 mm of radial displacement, intermediate from roughly 1.15 mm and distance from roughly 2.6 mm.

Optimized for 7 biometrics across 9 critical distances: pupil size, anterior chamber depth, higher-order aberrations, axial length, corneal topography and diameter (curvature), residual accommodation and subjective refraction.

Two powers across the entire power range, Low +0.75D to +1.50D and High +1.75D to +2.50D, taken from the spectacle add.

ProBalance Technology, a proprietary combination of osmoprotectants (erythritol and glycerin), electrolytes (potassium) and moisturizers to help maintain ocular surface homeostasis.

Poloxamine 1107 and poloxamer 181, which retain hydration and provide a smooth, wettable surface.

Not surface-treated; there is no integrated surface coating over the silicone hydrogel.

Neuro Adaptive, a center near progressive multifocal geometry with smooth transitional optic zones and a low amplitude change in power.

MeniSilk Air, an ultra low modulus silicone hydrogel. No modulus figure appears on Menicon's pages or in the lens's FDA clearance, which is why the modulus field above is empty.

NanoGloss Pro, a nanometer precision low friction surface that reduces bacterial biofilm adhesion and lipid deposits.

One edge profile across the whole power range, with edge thickness held constant from power to power.

Smart Touch, whose smart zone in the case holds the inner lens surface facing downwards, so the lens is removed and applied without that surface being touched.

95% first-lens fitting success and 100% within 2 lenses, with 92% rating the lens easy to adapt, n=19.

Center-near, three zones balanced to control depth of focus, with a progressive multifocal geometry running into distance.

MeniSilk, a silicone polymerization carrying a hydrophilic monomer.

NanoGloss, a nanometer-precision surface technology that reduces bacterial biofilm adhesion and lipid deposits.

One edge profile applied across the whole power range, with the lens periphery and the edge thickness held the same from power to power.

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.

Neurofocus Optics creates pinhole optics, which results in an extended depth of focus (EDOF) that delivers a wider range of clear vision along the visual axis.

One universal design covers an effective add up to +3.00D, so no discrete add powers are ordered.

Fit like a single-vision distance sphere lens; fitting success rate 88%.

The TripleTear lubrication system uses three comfort agents, including hyaluronic acid, to provide hydration and lubrication, lock in moisture and maintain a clean surface.

An Ultra-Tapered Edge is designed for fit and comfort across all day wear.

Range of clear vision is 76 cm.

Not FDA-approved for slowing myopia progression. US clearance is by 510(k), held by Visioneering Technologies (K150385, 2015-04-30 and K173086, 2017-11-07), for correction of refractive ametropia and presbyopia; FDA lists no PMA for this lens. An FDA myopia-control indication requires a PMA, as MiSight 1 day has (P180035).

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.

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.

Front surface asphere consisting of multiple aspheric zones over a spherical base curve, with the most plus power in the center of the lens progressing to more minus in the periphery.

Two strengths, Low +0.75D to +1.50D and High +1.75D to +2.50D.

Balafilcon A, a copolymer of a silicone vinyl carbamate, N-vinyl-pyrrolidone, a siloxane crosslinker and a vinyl alanine wetting monomer.

Performa surface treatment, which transforms hydrophobic silicone to hydrophilic silicate.

Blue, from up to 300 ppm of Reactive Blue Dye 246.

The clinical results published for this lens were obtained with the PureVision contact lens, which has the same lens material but a different lens design.

Front surface asphere consisting of multiple aspheric zones over a spherical base curve, with the most plus power in the center of the lens progressing to more minus in the periphery.

Two strengths, Low +0.75D to +1.50D and High +1.75D to +2.50D.

Balafilcon A, a copolymer of a silicone vinyl carbamate, N-vinyl-pyrrolidone, a siloxane crosslinker and a vinyl alanine wetting monomer.

Performa surface treatment, which transforms hydrophobic silicone to hydrophilic silicate.

Blue, from up to 300 ppm of Reactive Blue Dye 246.

The clinical results published for this lens were obtained with the PureVision contact lens, which has the same lens material but a different lens design.

Four designs share one parameter envelope: sphere, toric, multifocal, and toric multifocal, each lathe-cut to order rather than held in stock.

Dual Elliptical Stabilization, a thin ballast that sets orientation and rotational stability on the toric and the toric multifocal.

Adaptive Tri-Zone Technology, a front-surface asphere carrying the most plus power centrally and progressing to more minus toward the periphery.

Central near zone ordered from 1.8 to 3.0 mm in 0.1 mm steps. Center thickness is published by power class rather than at the usual -3.00D reference: 0.10 mm for a low minus lens, up to 0.50 mm for a plus lens.

6.5 to 9.7 mm in 0.1 mm steps.

10.0 to 16.0 mm in 0.1 mm steps.

Three are orderable, all non-ionic. Hioxifilcon B (49% water, Dk 15) and hioxifilcon D (54% water, Dk 21) are hydrogels, each a copolymer of 2-hydroxyethyl methacrylate and glycerol methacrylate. Samfilcon B (41% water, Dk 126) is a silicone hydrogel, a copolymer of siloxane methacrylate and N-vinyl pyrrolidone. The figures on this card are hioxifilcon D's.

Blue. Hioxifilcon B and hioxifilcon D also come clear; samfilcon B is supplied tinted only.

Made to order, with most lenses delivered in 5 to 7 business days. The 120-day EZ-Exchange program remakes a lens to new parameters at no charge.

Cleared labeling is narrower than the ordering range. The package insert (Rev. 2024-07) lists spherical powers of +20.00D to -20.00D and add powers of +1.00D to +4.00D, against the +/-30.00D and +0.50D to +3.00D in the brochure, the abbreviated fitting guide, and the product page.

Front surface asphere built from multiple aspheric zones over a spherical base curve, with the most plus power at the center of the lens progressing to more minus in the periphery.

Two discrete strengths rather than a continuous range, Low (+0.75D to +1.50D) and High (+1.75D to +2.50D).

8.5 for 43.75D and steeper and 8.8 for 43.50D and flatter, steepened to 8.5 when the lens moves or decenters excessively.

Equilibrate for 10 minutes, then expect 0.5-1.0mm movement in primary gaze and 1.0-1.5mm in upgaze, over-refracting in 0.25D steps to 20/25 monocularly and 20/20 binocularly.

Blue, from up to 100 ppm of Reactive Blue Dye 246.

PRECISION PROFILE center-near design, near at the central zone, intermediate mid-peripherally and distance at the outer zone, with a smooth progression of power gradients between them.

Three add powers, low (LO), medium (MED) and high (HI).

Water gradient construction, water content rising from the core outward to a surface that approaches 100% water.

CELLIGENT Technology, which includes a bioinspired 2-methacryloyloxyethyl phosphorylcholine polymer surface, helps resist the adherence of bacteria and lipids, based on in vitro studies of unworn lenses.

Light blue-green.

A blue-violet light filter reduces 34% of light below 450 nm, a reduction with no demonstrated clinical benefit.

3-Zone Progressive design, one plotted power curve with the near band beginning at the Y-axis, the intermediate band beginning just past the 1.0 mm tick and the distance band just past the 2.5 mm tick, plotted across 3.0 mm of radial displacement at -3.00D high add.

Optimized for 7 biometrics: pupil size, anterior chamber depth, higher-order aberrations, axial length, corneal topography and diameter, residual accommodation across 9 distances, and subjective refraction.

Two lens adds across the entire power range, selected from the spectacle add: Low for +0.75D to +1.50D and High for +1.75D to +2.50D.

Polyvinylpyrrolidone (PVP), grown around and throughout the silicone backbone in the second phase of the MoistureSeal polymerization, where it attracts moisture.