How do intraocular lens implants in Australia compare?
Intraocular lens (IOL) implants available in Australia differ in how much vision they provide without glasses, how they correct astigmatism, and the glare or haloes they may produce at night. Monofocal lenses usually offer the simplest optics; extended-depth-of-focus (EDOF) lenses add more intermediate vision; multifocal lenses aim to reduce reading-glasses use. The best choice depends on your eyes and the activities that matter to you.
Published
Comparison and Australian listings checked: 8 October 2026
How do the main lens types compare?
An intraocular lens (IOL) replaces the cloudy natural lens during cataract surgery. Its power is selected for your eye and a chosen focusing target. These broad comparisons assume both eyes are aimed mainly at distance; setting one eye a little nearer can change glasses use.
| What matters? | Monofocal / enhanced monofocal | Extended depth of focus (EDOF) | Multifocal / trifocal |
|---|---|---|---|
| Vision without glasses | One main distance; enhanced designs add a modest intermediate range. | Distance and intermediate; near range varies with the design. | Distance, intermediate and near; exact working distances vary. |
| Glasses after surgery | Reading glasses usually needed with a distance target. Computer or distance glasses may help. | Reading glasses commonly needed for small print. Other glasses may still help. | Lower dependence on reading glasses, but occasional glasses can still be useful. |
| Astigmatism correction | Toric variants in many families; selected according to corneal measurements. | Toric variants in many families; EDOF itself does not correct astigmatism. | Toric variants in many families; residual astigmatism can reduce visual quality. |
| Main strengths | Simple optics and generally good contrast. Enhanced designs aim for some additional arm's-length vision. | More arm's-length vision without the full reading focus of a trifocal. | Broadest opportunity to do daily tasks without glasses. |
| Main limitations | Less near independence. Extending focus can involve a trade-off in distance clarity. | Small-print glasses often remain; optical effects differ between diffractive and non-diffractive designs. | Greater trade-offs in haloes, glare and contrast; careful eye selection matters. |
| Night glare and haloes | Generally the lowest optical burden, but symptoms are still possible. | Non-diffractive designs often aim for a low burden; diffractive designs can produce haloes. Not guaranteed halo-free. | Halos, glare and starbursts are more likely and may affect night driving. |
Will I still need glasses after surgery?
No lens guarantees freedom from glasses. With a distance-targeted monofocal lens, reading glasses are usually needed, and glasses may also help with a computer. Enhanced monofocal and EDOF lenses can make more arm's-length tasks easier; small print commonly still needs glasses.
Multifocal or trifocal lenses offer the greatest opportunity to see far, intermediate and near without glasses, but glasses may still help for fine detail, dim light or night driving. Dry eye, residual focusing error, astigmatism and retinal disease can reduce unaided vision with any design.
Blended vision or mini-monovision deliberately sets the two eyes differently to reduce reading-glasses use. It can affect depth perception or night comfort, and is considered separately from the optical design of the implant.
When is astigmatism correction needed?
Astigmatism correction is considered when the cornea has enough regular astigmatism to blur the desired result. It is not required in every eye. A toric lens has different powers in different directions and must be aligned to the planned axis. Toric versions exist across monofocal, enhanced monofocal, EDOF and multifocal families.
A non-toric multifocal lens does not automatically correct astigmatism. Leaving significant astigmatism can undermine its benefits. Measurements, the pattern of astigmatism and the intended visual target determine whether a toric implant or another approach is appropriate. Irregular astigmatism needs a different assessment.
The toric column below records whether a toric model was found in the Australian listing or specific local evidence. It does not mean every power or injector version is supplied. Read more about toric lens implants for astigmatism and digital guidance for lens alignment.
What about night glare, haloes and contrast?
Glare is scattered or dazzling light; a halo is a ring around a light; starbursts look like rays spreading from it. They can make headlights more distracting even when an eye reads a vision chart well. Reduced contrast can make a low-contrast object harder to distinguish in dim light.
Standard monofocal lenses generally cause fewer optical night effects than multifocal lenses. Non-diffractive EDOF and enhanced monofocal designs aim to extend focus while limiting these effects, but neither label means halo-free. Diffractive EDOF lenses also distribute light between focal regions and can produce haloes.
Some people adapt over time; persistent symptoms can remain troublesome. Discuss frequent night driving, existing glare and how you weigh reading without glasses against night comfort. A simulator illustrates an effect but cannot predict its severity with a particular lens or in your eye.
What do the material and optical design mean?
Hydrophobic acrylic and hydrophilic acrylic are foldable plastics used in many current lenses. Hydrophilic lenses contain more water; a hydrophobic surface does not make the whole lens hydrophobic. Some specialist lenses use silicone or rigid PMMA. Optic and supporting-arm materials can differ within a model.
An aspheric lens changes its surface curvature to manage optical aberrations. A diffractive design uses fine stepped zones to distribute light between distances. A refractive design uses changes in surface shape or power; wavefront-shaping and spiral optics are other approaches to extending focus. A small-aperture lens uses a central opening to increase depth of focus.
UV, blue-light or violet-light filters affect which wavelengths pass through the implant.
Which lens families are listed in Australia?
The tables cover all 43 lens groups mapped from the 241 active lens entries in the July 2026 Australian Prescribed List, plus separately checked specialist or newer options. Individual entries may represent different powers, toric ranges or delivery systems rather than a new optical design.
AU portfolio means a current Australian manufacturer or distributor source was found. Australian listing means the lens appears in the official list but current commercial supply is not established. ARTG only means a regulatory inclusion without model-level Australian supply confirmation.
Search by lens name, material or optical design. The glasses and night-vision descriptions are qualitative: trials use different patients, focusing targets and questionnaires, so a single numerical ranking would be misleading.
49 / 49
No matching lens families. Try a different name or design.
Monofocal lenses (9)
| Lens, material and design | Glasses and vision | Astigmatism correction | Strengths and limitations | Australian status |
|---|---|---|---|---|
| Clareon monofocal Material: Hydrophobic acrylic (Clareon). Optics: Aspheric monofocal; square/precision edge and one-piece haptics; injector and toric variants. | Reading glasses usually needed if both eyes are targeted for distance; distance glasses may also be needed for residual refractive error. | Yes — toric models listed in Australia. | Strengths: One principal focus and relatively low photic disturbance; distance clarity when targeted for distance. Limitations: Does not restore accommodation or reliable near focus. Haloes, glare, lens-edge reflections and posterior capsule opacification can still occur. | AU portfolio + Australian listingSources → |
| AcrySof / AcrySof IQ monofocal Material: Hydrophobic acrylic (AcrySof); one-piece and three-piece models have different haptics. Optics: Spherical or aspheric monofocal, model-dependent; IQ optics compensate some corneal spherical aberration. | Reading glasses usually needed if both eyes are targeted for distance; distance glasses may also be needed for residual refractive error. | Yes — toric models listed in Australia. | Strengths: Established monofocal options; three-piece variants have distinct surgical uses. Limitations: Near glasses commonly needed. Glistenings, posterior capsule opacification and lens-edge visual symptoms can occur; model-specific suitability matters. | Australian listing; supply unconfirmedSources → |
| Tecnis monofocal / Sensar (model-dependent) Material: Hydrophobic acrylic optic; Sensar/ZA9003 three-piece models have PMMA supporting arms. Optics: Tecnis aspheric monofocal; Sensar and ZA9003 are distinct three-piece designs. | Reading glasses usually needed if both eyes are targeted for distance; distance glasses may also be needed for residual refractive error. | Tecnis toric/Toric II models listed; Sensar/ZA9003 are not automatically toric. | Strengths: Single-focus clarity; different one-piece and three-piece designs meet different surgical requirements. Limitations: Reading glasses usually needed. Lens-edge visual symptoms and posterior capsule opacification remain possible. | Australian listing; supply unconfirmedSources → |
| HOYA Vivinex monofocal (model-dependent) Material: Hydrophobic acrylic for Vivinex XY1/XC1. The legacy PY-60AD listing requires separate model verification. Optics: Aspheric monofocal, UV/blue-filtering model-dependent; preloaded iSert/multiSert versions. | Reading glasses usually needed if both eyes are targeted for distance; distance glasses may also be needed for residual refractive error. | Yes — toric models listed in Australia. | Strengths: Distance focus; preloaded and toric options. Limitations: Near glasses commonly needed; material and injector variants should not be treated as identical. | Australian listing; supply unconfirmedSources → |
| enVista monofocal Material: Hydrophobic acrylic. Optics: Aspheric monofocal optic; preloaded and toric models. | Reading glasses usually needed if both eyes are targeted for distance; distance glasses may also be needed for residual refractive error. | Yes — toric models listed in Australia. | Strengths: Single-focus vision; toric astigmatism correction. Limitations: Near glasses commonly needed; haloes/glare remain possible. Historic Australian recall affected specified MX60E/MX60ET lots, not proof that every enVista lens remains withdrawn. | Australian listing; supply unconfirmedSources → |
| ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) Material: Mixed: CT LUCIA hydrophobic acrylic; CT ASPHINA/SPHERIS/AT TORBI hydrophilic acrylic with hydrophobic surface (check exact model IFU). Optics: LUCIA/ASPHINA aspheric, SPHERIS spherical, TORBI bitoric; one-/three-piece and preloaded variants. | Reading glasses usually needed if both eyes are targeted for distance; distance glasses may also be needed for residual refractive error. | Yes — AT TORBI 709/719 models listed. CT LUCIA 621 itself is not a toric lens. | Strengths: Single-focus options and broad spherical/toric power choices; different designs serve different surgical needs. Limitations: Reading glasses usually needed. Material and optical design vary by model; unwanted edge effects and clouding behind the lens remain possible. | Australian listing; supply unconfirmedSources → |
| RayOne monofocal / toric (model-dependent) Material: RAO600C/RAO610T: hydrophilic Rayacryl acrylic, 26% water. RAO800C and blue-filter RAO850B: hydrophobic acrylic, under 3% water. Optics: Single-focus optic; aspheric aberration-neutral and spherical platforms. Material and toric design vary by model; preloaded delivery. | When targeted for distance, reading and often computer glasses are needed. Near targeting or monovision changes this balance. | Yes: hydrophilic toric and custom toric models are listed. Evidence does not establish toric availability for every hydrophobic model. | Strengths: Predictable single-focus option; broad/custom powers and astigmatism configurations. Limitations: Limited unaided near vision. All IOLs can cause glare or edge symptoms, although single-focus optics generally have fewer multifocal haloes. Material is model-specific. | Australian listing; supply unconfirmedSources → |
| Medicontur BiFlex monofocal / toric Material: 877 platform: hydrophobic acrylic; 677 platform: hydrophilic acrylic. Filters and water content are model-specific. Optics: Single-focus aspheric designs, including toric and preloaded hydrophobic models; distinct from Liberty and ELON. | When distance-targeted, reading and often intermediate glasses remain necessary. | Yes: hydrophobic 877PTY and hydrophilic 677TAY are listed. | Strengths: Material and cylinder choices for single-focus correction. Limitations: Limited near range; glare and edge symptoms remain possible. Listed hydrophilic models need material-specific consideration if future gas/air surgery is expected. | AU portfolio + Australian listingSources → |
| Other listed monofocal and surgical lenses (model-dependent) Material: Model-dependent: rigid PMMA, foldable silicone or acrylic. Some exact acrylic formulations remain unverified. Optics: Includes anterior-chamber, sutured/eyelet and conventional bag lenses: MTA/CZ70BD, Loop Guardian/Storz, SofPort AO, LuxGood, MicroPure, ARTIS, Primus, ZOE and Simedice. These are different devices grouped only for navigation. | Most single-focus lenses require near glasses when distance-targeted; enhanced models have model-specific intermediate benefit. | Model-dependent. Significant residual astigmatism can need another treatment or glasses. | Strengths: Preserves specialist fixation and less-promoted model coverage. Limitations: Material, fixation, power range and evidence differ substantially. Exact current supply and unfamiliar model properties require supplier/IFU confirmation. | Australian listing; supply unconfirmedSources → |
Enhanced monofocal lenses (5)
| Lens, material and design | Glasses and vision | Astigmatism correction | Strengths and limitations | Australian status |
|---|---|---|---|---|
| Tecnis Eyhance Material: Hydrophobic acrylic. Optics: Aspheric, non-diffractive monofocal optic with a gradual central power change; Toric II options. | Reading glasses usually needed if both eyes are targeted for distance; distance glasses may also be needed for residual refractive error. | Yes | Strengths: Improves intermediate vision compared with a standard Tecnis monofocal while retaining a largely monofocal visual profile. Limitations: Near independence is not expected; no guarantee of glasses-free computer vision or absence of glare. | AU portfolio + Australian listingSources → |
| enVista Aspire Material: Hydrophobic acrylic. Optics: High-order aspheric monofocal with a central 1.5 mm curvature modification; toric models listed. | Reading glasses usually needed if both eyes are targeted for distance; distance glasses may also be needed for residual refractive error. | Yes | Strengths: Monofocal platform with a design intended to slightly extend focus. Limitations: The US manufacturer safety description states that clinically meaningful extension of depth of focus has not been demonstrated in clinical trials. Laboratory focus-extension claims are not a guarantee of better intermediate vision. | Australian listing; supply unconfirmedSources → |
| Isopure Serenity Material: Hydrophobic GFY acrylic with UV/blue-light filter. Optics: Non-diffractive ISOFOCAL polynomial design on anterior/posterior surfaces; double C-loop platform. | Reading glasses usually needed if both eyes are targeted for distance; distance glasses may also be needed for residual refractive error. | Yes | Strengths: Distance focus with increased intermediate range compared with a standard monofocal. Limitations: Fine reading glasses usually needed. Monofocal-like symptom claims do not mean zero haloes or glare. | Australian listing; supply unconfirmedSources → |
| RayOne EMV / toric Material: UV-filtering hydrophilic Rayacryl acrylic, 26% water. Optics: Anterior aspheric optic uses controlled positive spherical aberration to extend focus; often paired with a modest difference in focus between eyes (mini-monovision). | Distance and intermediate glasses dependence can be reduced, particularly with mini-monovision. Reading glasses usually remain useful. | Yes | Strengths: Extends useful focus without diffractive rings. Limitations: Near range depends partly on the refractive target. Mini-monovision can affect depth perception or binocular crispness; glare/haloes are still possible. Consider hydrophilic material when future gas/air surgery is likely. | Australian listing; supply unconfirmedSources → |
| Precizon Go / toric Material: UV-filtering hybrid hydrophobic/hydrophilic acrylic. Optics: Purely refractive, modified higher-order aspheric anterior optic extends useful focus. Toric design uses a transitional conic toric surface. | Improves useful intermediate range but reading glasses commonly remain necessary; distance glasses depend on residual prescription. | Yes: | Strengths: Intermediate emphasis without diffractive rings. Limitations: Near independence is limited and glare/haloes remain possible. Comparative clinical evidence is still developing. | AU portfolio + Australian listingSources → |
Extended depth of focus lenses (6)
| Lens, material and design | Glasses and vision | Astigmatism correction | Strengths and limitations | Australian status |
|---|---|---|---|---|
| AcrySof IQ / Clareon Vivity Material: Hydrophobic acrylic; separate AcrySof and Clareon formulations. Optics: Non-diffractive wavefront-shaping optic extends the focus rather than using diffractive rings. | Reading glasses commonly needed for small print or prolonged close work; distance or computer glasses may still help some activities. | Yes | Strengths: Distance and intermediate emphasis; useful computer vision with less reading-glasses dependence than a standard distance-targeted monofocal. Limitations: Close reading is less reliable than with a trifocal. Haloes/glare and night-driving difficulties remain possible, even though its photic-symptom profile is generally closer to monofocal designs. | AU portfolio + Australian listingSources → |
| Tecnis PureSee Material: Hydrophobic acrylic. Optics: Non-diffractive, purely refractive optic with a continuous posterior power change and anterior aspheric optic; Toric II frosted haptics. | Reading glasses commonly needed for small print or prolonged close work; distance or computer glasses may still help some activities. | Yes | Strengths: Distance and intermediate vision; designed for a monofocal-like photic-symptom profile. Limitations: Fine near tasks commonly need glasses. Haloes/glare are still possible; no design guarantees symptom-free night driving. | AU portfolio + Australian listingSources → |
| Tecnis Symfony Material: Hydrophobic acrylic. Optics: Diffractive echelette optic with chromatic-aberration correction; toric variants. | Reading glasses commonly needed for small print or prolonged close work; distance or computer glasses may still help some activities. | Yes | Strengths: Distance and intermediate emphasis; extended focus. Limitations: Readers often needed for fine near work. Diffractive haloes/glare and contrast trade-offs remain possible. | Australian listing; supply unconfirmedSources → |
| LuxSmart Material: Hydrophobic acrylic; clear UV-filtering or yellow UV/violet-filtering variants, model-dependent. Optics: Pure refractive optic with central higher-order spherical-aberration modulation; no diffractive rings. | Reading glasses commonly needed for small print or prolonged close work; distance or computer glasses may still help some activities. | Yes | Strengths: Distance/intermediate emphasis with an extended focus. Limitations: Fine near readers commonly needed; photic symptoms and reduced visual quality remain possible despite brochure claims. | Australian listing; supply unconfirmedSources → |
| AT LARA / LARA toric Material: Hydrophilic acrylic (25% water) with a hydrophobic surface. Optics: Aberration-neutral aspheric diffractive EDOF with chromatic-aberration correction and shallow phase zones. | Reading glasses commonly needed for small print or prolonged close work; distance or computer glasses may still help some activities. | Yes | Strengths: Distance and intermediate range; listed toric variants. Limitations: Fine near readers commonly needed; diffractive haloes/glare and contrast effects remain possible. Hydrophilic material considerations apply. | Australian listing; supply unconfirmedSources → |
| Medicontur ELON / toric Material: Hydrophobic acrylic with UV and blue-light filtering; 877PEY/877PETY. Optics: Non-diffractive Wavefront Linking uses connected refractive zones of different curvature to extend focus; 6 mm optic and 13 mm overall. | Distance/intermediate glasses dependence can be reduced; near glasses may still be needed. | Yes | Strengths: Intermediate range through a non-diffractive approach. Limitations: Haloes/glare and reduced contrast remain possible. Evidence is promising but does not establish randomised superiority over other EDOF lenses. | AU portfolio + Australian listingSources → |
Multifocal and full-range lenses (14)
| Lens, material and design | Glasses and vision | Astigmatism correction | Strengths and limitations | Australian status |
|---|---|---|---|---|
| Clareon PanOptix Pro Material: Hydrophobic acrylic (Clareon); clear UV-filtering and blue-light-filtering variants listed. Optics: Modified diffractive trifocal optic intended to reduce light scatter while retaining distance, intermediate and near focal distribution. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Distance, intermediate and near focus; aims to reduce reading-glasses dependence. Limitations: Haloes, glare and starbursts around lights may affect night driving; contrast can be lower than with a monofocal lens. Accurate refractive correction and a healthy ocular surface and retina matter. Clinical comparisons for the newer Pro design remain limited. | AU portfolio + Australian listingSources → |
| AcrySof IQ / Clareon PanOptix Material: Hydrophobic acrylic; AcrySof and Clareon are different material formulations. Optics: Aspheric diffractive trifocal with distance, intermediate and near focal points. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Broad range including reading and computer work. Limitations: Haloes, glare and starbursts around lights may affect night driving; contrast can be lower than with a monofocal lens. Accurate refractive correction and a healthy ocular surface and retina matter. Legacy AcrySof and current Clareon are separate models. | AU portfolio + Australian listingSources → |
| AcrySof IQ ReSTOR Material: Hydrophobic acrylic (AcrySof). Optics: Apodised diffractive near/distance optic; near add varies by model. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Distance and near vision; established bifocal platform. Limitations: Intermediate vision can be less continuous than with trifocal or EDOF lenses. Haloes, glare and starbursts around lights may affect night driving; contrast can be lower than with a monofocal lens. Accurate refractive correction and a healthy ocular surface and retina matter. | Australian listing; supply unconfirmedSources → |
| Tecnis Odyssey Material: Hydrophobic acrylic with UV/violet filtering. Optics: Diffractive presbyopia-correcting full-range optic; Toric II variants. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Designed for distance, intermediate and near with reduced glasses dependence. Limitations: Haloes, glare and starbursts around lights may affect night driving; contrast can be lower than with a monofocal lens. Accurate refractive correction and a healthy ocular surface and retina matter. Modern manufacturer optical claims should not be treated as proof of universal superiority. | AU portfolio + Australian listingSources → |
| Tecnis Synergy Material: Hydrophobic acrylic with UV/violet filtering. Optics: Combines diffractive multifocal and EDOF technologies; toric variants. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Wide range including near reading. Limitations: Haloes, glare and starbursts around lights may affect night driving; contrast can be lower than with a monofocal lens. Accurate refractive correction and a healthy ocular surface and retina matter. Highly demanding of accurate refractive correction. | Australian listing; supply unconfirmedSources → |
| Vivinex Gemetric / Gemetric Plus Material: Hydrophobic acrylic with UV/blue-light filter. Optics: Anterior aspheric diffractive/refractive trifocal; Plus allocates more light to near, Gemetric emphasises distance; posterior toric versions. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Distance, intermediate and near; differing light allocation allows individualised selection. Limitations: Haloes, glare and starbursts around lights may affect night driving; contrast can be lower than with a monofocal lens. Accurate refractive correction and a healthy ocular surface and retina matter. Manufacturer mix-and-match studies do not establish the best pairing for every patient. | Australian listing; supply unconfirmedSources → |
| enVista Envy Material: Hydrophobic acrylic. Optics: Diffractive optic providing distance, intermediate and near; toric models listed. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Broad range intended to reduce glasses use. Limitations: Haloes, glare and starbursts around lights may affect night driving; contrast can be lower than with a monofocal lens. Accurate refractive correction and a healthy ocular surface and retina matter. Historic Australian lot-specific TASS recall was closed on 16 September 2025; this does not establish current supplier stock or withdrawal of the entire line. | Australian listing; supply unconfirmedSources → |
| LuxLife Material: Hydrophobic acrylic with UV/violet filter. Optics: Non-diffractive refractive full-range optic using higher-order spherical-aberration control and transition zones; four fixation points. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Designed to support distance, intermediate and near without diffractive rings. Limitations: Haloes, glare and reduced contrast can still occur despite the non-diffractive optical design. Clinical evidence matters more than laboratory performance alone. | Australian listing; supply unconfirmedSources → |
| FineVision Micro F / POD FT / HP Material: Micro F and POD FT: 25% hydrophilic acrylic. HP POD F GF: hydrophobic GFY acrylic. Optics: Diffractive trifocal, typically +1.75 D intermediate and +3.50 D near at the IOL plane; different material/haptic generations. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Distance, computer and near focus. Limitations: Haloes, glare and starbursts around lights may affect night driving; contrast can be lower than with a monofocal lens. Accurate refractive correction and a healthy ocular surface and retina matter. Hydrophilic variants have particular calcification considerations, including after procedures involving intraocular gas; material generation matters. | Australian listing; supply unconfirmedSources → |
| AT LISA tri / tri toric Material: Hydrophilic acrylic (25% water) with a hydrophobic surface; not bulk hydrophobic acrylic. Optics: Aspheric diffractive trifocal; approximately +1.66 D intermediate/+3.33 D near adds at IOL plane; toric 939/949 generations listed. | Designed to reduce glasses use across distances, but reading, distance or night-driving glasses can still be needed. | Yes | Strengths: Distance, intermediate and near; broad listed toric ranges. Limitations: Haloes, glare and starbursts around lights may affect night driving; contrast can be lower than with a monofocal lens. Accurate refractive correction and a healthy ocular surface and retina matter. Hydrophilic material considerations apply despite its hydrophobic surface. | AU portfolio + Australian listingSources → |
| RayOne Galaxy / toric Material: Established Australian Galaxy: UV-filtering hydrophilic Rayacryl acrylic, 26% water. Optics: Non-diffractive spiral refractive optic designed to broaden focus. RAO605G and RAO615X toric; the newly announced hydrophobic generation is a separate version. | Designed to reduce distance, intermediate and near glasses use; glasses can still be needed for fine print, dim light or residual prescription. | Yes | Strengths: Broad vision range without a diffractive ring pattern. Limitations: Haloes, glare, starbursts and reduced night clarity remain possible. Early evidence does not establish superiority or zero symptoms. Hydrophilic material deserves consideration if future intraocular gas/air surgery is likely. | AU portfolio + Australian listingSources → |
| RayOne Trifocal / toric Material: UV-filtering hydrophilic Rayacryl acrylic, 26% water. Optics: Diffractive trifocal optic creates distance, intermediate and near focal points; preloaded platform. | Aims to reduce glasses across all three distances; occasional glasses can still be needed. | Yes | Strengths: Greater near contribution than a conventional monofocal. Limitations: Haloes, glare, starbursts and reduced contrast/night clarity can occur. Material suitability and whole-eye health matter. Galaxy claims do not apply to this different optic. | Australian listing; supply unconfirmedSources → |
| Precizon Presbyopic NVA / toric Material: UV-filtering hybrid hydrophobic/hydrophilic acrylic. Optics: Continuous Transitional Focus multisegment refractive optic, with spherical aberration extending its focal regions; +2.75 D near addition in the family brochure. Toric uses transitional conic technology. | Aims to reduce glasses at distance, intermediate and near; fine print or dim light may still require glasses. | Yes | Strengths: Broad vision range using refractive segments rather than diffractive rings. Limitations: Haloes, glare, starbursts and reduced contrast are possible despite the non-diffractive design. Centration and residual prescription matter. | AU portfolio + Australian listingSources → |
| Medicontur Liberty / BiFlex multifocal Material: UV-filtering hydrophilic acrylic, 25% water, with model-specific blue-light filtering. Optics: Aspheric, aberration-neutral optic with a central diffractive trifocal array; +3.5 D near and +1.75 D intermediate additions. Original and preloaded 677 models are separate configurations. | Aims to reduce glasses at distance, intermediate and near; some tasks may still need glasses. | Yes | Strengths: Broad vision range and listed toric/power options. Limitations: Haloes, glare, starbursts and lower night contrast can occur. Hydrophilic material and possible future intraocular gas/air require consideration. | AU portfolio + Australian listingSources → |
Families with several optical designs (5)
| Lens, material and design | Glasses and vision | Astigmatism correction | Strengths and limitations | Australian status |
|---|---|---|---|---|
| Acunex monofocal / Vario / Variomax (model-dependent) Material: Hydrophobic hybrid acrylic, approximately 4% water; UV filtering. Optics: AN6 monofocal; Vario adds a +1.5 D refractive sector for intermediate emphasis; Variomax adds a +3.0 D sector for nearer tasks. No diffractive ring pattern. | Monofocal generally needs reading glasses; Vario often still needs near glasses; Variomax aims for greater near independence. No model guarantees freedom from glasses. | Yes | Strengths: Choice of intermediate emphasis or stronger near contribution. Limitations: Segmented designs can cause haloes, glare, starbursts or reduced contrast. Vario and Variomax provide different focusing ranges. | AU portfolio + Australian listingSources → |
| Lentis / FEMTIS / Visiotis (model-dependent) Material: Lentis/FEMTIS HydroSmart families use hydrophilic acrylic with a hydrophobic surface. Visiotis is a separate listed acrylic platform: exact current material/IFU needs confirmation. Optics: Monofocal, Comfort +1.5 D and Mplus +3.0 D refractive-sector designs; FEMTIS adds capsulorhexis fixation. Listed Visiotis Progressive+ and custom torics require their own model identification. | Single focus usually requires near glasses; Comfort prioritises intermediate with reading glasses often useful; Mplus seeks stronger near independence. | Yes | Strengths: Several near-range choices, custom astigmatism powers and alternative fixation designs. Limitations: Glare/haloes and reduced night contrast remain possible in segmented multifocals. Historical HydroSmart calcification actions were specific to named products/batches; exact current IFU/lot should be checked. | AU portfolio + Australian listingSources → |
| Asqelio monofocal / EDOF / trifocal (model-dependent) Material: UV-filtering hydrophobic acrylic; blue-light-filtering configurations are model-specific. Optics: Separate conventional monofocal, non-diffractive refractive Phase-Ring EDOF and diffractive trifocal designs. | Monofocal: reading glasses expected. EDOF: intermediate benefit, near glasses often useful. Trifocal: aims to reduce glasses at all distances, with occasional use still possible. | Yes | Strengths: Choices match different priorities for range of vision. Limitations: Full-range trifocal brings greater potential for haloes/glare and reduced night contrast. EDOF is not symptom-free. Small non-comparative studies do not establish a definitive brand ranking. | AU portfolio + Australian listingSources → |
| PreciSAL monofocal / toric / multifocal (model-dependent) Material: 302A monofocal manufacturer specification: UV- and blue-light-filtering hydrophobic acrylic, under 0.5% water. Clear/yellow and other listed models require their own IFU. Optics: 302A single-piece aspheric, aberration-corrected biconvex optic with modified C-loop haptics; selected ranges offer quarter-dioptre increments. Listed multifocals are separate designs; precise current optic unverified. | Monofocal normally requires near glasses when distance-targeted. Listed multifocal models seek reduced near dependence, without a guarantee. | Yes | Strengths: Fine power increments and multiple delivery/filter configurations. Limitations: Limited near vision with monofocal; multifocal visual symptoms depend on its exact design. Detailed contemporary comparative evidence and multifocal IFU were not established. | AU portfolio + Australian listingSources → |
| HumanOptics Aspira / Torica / Diffractiva (model-dependent) Material: Hydrophilic HEMA/MMA acrylic, 26% water; UV filtering and optional yellow blue-light filter. Optics: Aspira/Torica single-focus aspheric, aberration-neutral optics; Aspira-aXA has a larger 7 mm optic. Older listed Diffractiva/ToricaDiff are near-add diffractive multifocals, distinct from newer Triva. | Monofocal generally needs near glasses. Older multifocals aim for distance/near independence, with intermediate performance and symptoms depending on exact design. | Yes | Strengths: Custom/high/low sphere and cylinder powers; alternative optic dimensions. Limitations: Extreme power ranges need case-specific calculations and ordering. Multifocal haloes/glare remain possible; hydrophilic material deserves consideration for future gas/air surgery. | AU portfolio + Australian listingSources → |
Specialist and add-on lenses (4)
| Lens, material and design | Glasses and vision | Astigmatism correction | Strengths and limitations | Australian status |
|---|---|---|---|---|
| IC-8 small-aperture lens Material: Hydrophobic acrylic optic with an embedded opaque annular mask. Optics: Central clear aperture filters unfocused peripheral rays to extend depth of focus. | Reading glasses commonly needed for small print or prolonged close work; distance or computer glasses may still help some activities. | No | Strengths: Extended focus; may suit selected eyes with corneal irregularity after specialist assessment. Limitations: The aperture reduces transmitted light. Careful eye selection and retinal assessment matter; the exact Australian indication must be confirmed. | Australian listing; supply unconfirmedSources → |
| Sulcoflex supplementary lenses Material: Hydrophilic Rayacryl acrylic; model-specific UV filter and configuration. Optics: Purpose-designed sulcus lens added in front of an existing capsular-bag IOL. Aspheric, toric and trifocal designs serve different goals. | Aspheric/toric designs refine the prescription but usually retain reading glasses; a trifocal add-on can reduce near dependence. Glasses may still be required. | Yes | Strengths: Selected residual prescription or near-range correction without exchanging a stable primary lens. Limitations: Requires adequate space and careful anatomical assessment. Extra intraocular surgery has risks; multifocal symptoms apply to the trifocal optic. | Australian listing; supply unconfirmedSources → |
| 1stQ AddOn supplementary lenses Material: Hydrophilic acrylic; precise material and filter depend on model. Optics: Purpose-designed supplementary sulcus lens for an already pseudophakic eye; Australian listings include spherical, toric, progressive and progressive-toric variants. | Single-focus correction does not restore natural accommodation; near glasses usually remain. Progressive designs may reduce dependence, depending on the exact optic. | Yes | Strengths: Selected residual-error/range correction without primary lens exchange. Limitations: An additional operation and adequate space are needed. The exact model determines its focusing range and suitability for the existing implant. | AU portfolio + Australian listingSources → |
| Artisan / Artiflex Material: Artisan: rigid PMMA. Artiflex: foldable silicone/polysiloxane optic with PMMA haptics. Optics: Iris-fixated families have different indications: phakic models retain the natural lens; Artisan Aphakia replaces absent lens power and may be fixed anteriorly or behind the iris. | Phakic outcomes depend on retained natural accommodation and age; reading glasses may become necessary. Aphakic single-focus correction normally requires near glasses. | Yes | Strengths: Selected high refractive-error or absent/weak capsular-support solutions. Limitations: Iris/chamber anatomy, corneal endothelial health and long-term surveillance are essential. Phakic implants are a different operation from cataract replacement. | Australian listing; supply unconfirmedSources → |
How do specialist and newer implants differ?
Add-on lenses such as Sulcoflex and AddOn are placed in front of an existing lens implant for selected residual focusing errors or extra near range. They need sufficient space and suitable anatomy. They are not the same as placing an ordinary capsular-bag lens in the sulcus. See add-on lens implants after cataract surgery.
Phakic lenses such as EVO ICL and iris-fixated Artisan or Artiflex lenses retain the natural lens. Their role is usually correction of refractive error in selected eyes, rather than routine cataract replacement. They need different measurements and monitoring.
A Light Adjustable Lens uses a silicone optic that is adjusted with controlled ultraviolet light after surgery. It requires access to the matching treatment system, extra treatment visits and compliance with prescribed UV-protective eyewear.
Lenses designed for a damaged iris, absent capsule support or selected low-vision problems also exist. These are chosen for a specific anatomical or visual problem, rather than ranked against routine cataract implants.
Specialist / additional options (6)
| Lens, material and design | Glasses and vision | Astigmatism correction | Strengths and limitations | Australian status |
|---|---|---|---|---|
| RxSight Light Adjustable Lens and adjustment system Material: Photosensitive silicone platform; exact Australian model IFU needs confirmation. Optics: Lens power can be refined after surgery using controlled UV treatments and final lock-in. | May refine distance or monovision targets; reading glasses may remain. No glasses-free guarantee. | Postoperative astigmatism adjustment is part of the technology; a separately marketed LAL Toric remains in development. | Strengths: Adjustment after healing can address residual prescription. Limitations: Requires a compatible UV treatment system, several postoperative visits and prescribed UV protection until treatment completion. Exact AU version and centre supply need confirmation. | Registered in Australia; not generally in routine use as of October 2026. Centre/version supply needs confirmation.Sources → |
| VSY Biotechnology lens family Material: Exact Australian model unknown. Optics: The generic Australian registration does not identify which Acriva/Reviol optical designs are supplied. | Depends on the actual model. | Unverified | Strengths: Additional registered manufacturer; model-level comparison remains incomplete. Limitations: Generic registration does not establish which optical families are supplied. | Regulatory listing only; exact Australian supply unknownSources → |
| Aurolab AuroGold / Aurovue Dfine Material: AuroGold: yellow PMMA. Dfine: hydrophobic acrylic. Optics: AuroGold rigid single-focus platform with 360-degree edge; Dfine foldable aspheric diffractive multifocal, +3 D near add and preloaded delivery. | AuroGold generally needs near glasses; Dfine aims to reduce distance/near dependence, with some glasses still possible. | Unverified | Strengths: Locally promoted conventional and multifocal options. Limitations: Dfine can cause haloes, glare and reduced night contrast. Current exact model registration and supply need confirmation. | Local advertising verified; exact regulatory and supply status unresolvedSources → |
| EVO / EVO+ ICL and toric ICL Material: Collamer: UV-absorbing HEMA polymer containing purified porcine collagen. Optics: Single-piece concave/convex refractive lens behind the iris and in front of the retained natural lens; 0.36 mm central AquaPORT. EVO+ has the larger model-dependent optic. | Can reduce glasses for myopia and astigmatism; residual error may still need glasses. Standard EVO does not remove age-related reading-glasses needs. | Yes | Strengths: Corrects refractive error while retaining the natural lens and its remaining accommodation. Limitations: Different surgery from cataract replacement. Glare/haloes, pressure changes, cataract, endothelial cell loss, rotation and further surgery are possible; anatomy, sizing and monitoring matter. | AU portfolio + Australian regulatory inclusions; exact model, power and size supply confirmation requiredSources → |
| EVO Viva ICL (VICM6) Material: UV-absorbing Collamer HEMA polymer containing porcine collagen. Optics: Aspheric EDOF concave/convex optic with 0.36 mm central AquaPORT; positioned in front of the retained natural lens. | Aims to improve distance, intermediate and near vision in selected myopic presbyopic eyes; glasses may still be needed. | No Australian toric Viva variant verified; significant astigmatism needs a separate plan. | Strengths: Extends near range while retaining the natural lens in selected eyes. Limitations: Requires careful selection, sizing and counselling about adaptation. Night glare/haloes, reduced visual quality, pressure changes, cataract, endothelial loss and further surgery are possible. Not routine cataract replacement. | Australian model documented; specialist service and exact supply confirmation requiredSources → |
| Zeiss AT ELANA 841P Material: Exact Australian model material to be confirmed against its current instructions. Optics: Exact Australian optical specifications have not been independently confirmed. | Glasses requirements cannot be established without the exact optical specifications. | Australian toric variant not verified. | Strengths: Additional regulatory entry identified; clinical comparison remains incomplete. Limitations: Exact optical specifications and current local supply were not independently established. | ARTG 397832 active since 17 October 2022. Registration alone does not establish Australian commercial availability.Sources → |
Can I check the exact Australian model names?
The expandable catalogue preserves all 241 active names and listing codes from the July 2026 official list, with the mapped lens family and Australian sponsor. A listing can cover a range of models. Confirm the exact material, powers and intended placement against the manufacturer's instructions for the model proposed for you.
Show the 241 Australian listing entries
241 / 241
| Listing code and model | Lens family | Australian sponsor |
|---|---|---|
| AL003 MTA2UO - MTA6UO | Other listed monofocal and surgical lenses (model-dependent) | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| LL004 Loop Guardian PMMA AC IOL Model B60130S | Other listed monofocal and surgical lenses (model-dependent) | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| BL005 Storz (Coburn) Intraocular Lens 121UV; L122UV PMMA Anterior Chamber Lens | Other listed monofocal and surgical lenses (model-dependent) | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| IQ029 Artisan Anterior Chamber Intraocular Lens | Artisan / Artiflex | IQ MEDICAL PTY LTD |
| IQ031 Artisan Anterior Chamber IOL | Artisan / Artiflex | IQ MEDICAL PTY LTD |
| IQ033 Artisan Toric (Custom) T1 | Artisan / Artiflex | IQ MEDICAL PTY LTD |
| IQ034 Artisan Toric (Custom) T2 | Artisan / Artiflex | IQ MEDICAL PTY LTD |
| IQ030 Artiflex Anterior Chamber Intraocular Lens | Artisan / Artiflex | IQ MEDICAL PTY LTD |
| AL002 Model CZ70BD | Other listed monofocal and surgical lenses (model-dependent) | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| CZ040 CT SPHERIS 209M | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| CZ017 CT ASPHINA 509M | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| CZ016 CT ASPHINA 409M | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| CZ028 CT ASPHINA 409MP | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| CZ037 CT ASPHINA 509MP | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| TW012 ARTIS PL E | Other listed monofocal and surgical lenses (model-dependent) | SWISSMED PTY LTD |
| QQ287 AT TORBI 719MP (Standard Range) | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| CZ031 AT TORBI 709MP (Standard Range) | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| TW011 ARTIS T PL | Other listed monofocal and surgical lenses (model-dependent) | SWISSMED PTY LTD |
| QQ288 AT TORBI 719M (Standard Range) | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| CZ020 AT TORBI 709M | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| QQ286 AT TORBI 719M High Cyl | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| CZ027 AT TORBI 709M | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| AL004 Acrysof Multipiece Models MA50BM, MA60AC, MA60MA | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL011 Acrysof Model SA60AT | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AO002 SENSAR IOL with OptiEdge Design | Tecnis monofocal / Sensar (model-dependent) | AMO AUSTRALIA PTY LIMITED |
| IW011 ISOPURE SERENITY (PODS49P) | Isopure Serenity | Beaver-Visitec International Australia Pty Ltd |
| IW012 ISOPURE SERENITY TORIC (PODST49P) | Isopure Serenity | Beaver-Visitec International Australia Pty Ltd |
| CZ041 CT LUCIA 202 | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| AL038 Acrysof Aspheric UV-absorbing IOL | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| QQ638 Clareon Aspheric UV Absorbing IOL (Model CC60WF) | Clareon monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AO024 Tecnis® One Piece (ZCB00) | Tecnis monofocal / Sensar (model-dependent) | AMO AUSTRALIA PTY LIMITED |
| AO043 TECNIS® Eyhance IOL | Tecnis Eyhance | AMO AUSTRALIA PTY LIMITED |
| AO014 TECNIS® Intraocular Lens (ZA9003) | Tecnis monofocal / Sensar (model-dependent) | AMO AUSTRALIA PTY LIMITED |
| LL008 enVista Aspire Monofocal IOL Non Preloaded Model EA | enVista Aspire | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| LL001 enVista IOL | enVista monofocal | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| LL002 enVista IOL | enVista monofocal | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| BL022 SofPort Advanced Optic (AO) | Other listed monofocal and surgical lenses (model-dependent) | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| CZ030 CT ASPHINA 404 | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| DE673 LENTIS LU-814VR | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE648 FEMTIS FB-313 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE492 LENTIS L-313 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| IQ041 Precizon Go | Precizon Go / toric | IQ MEDICAL PTY LTD |
| IQ013 PreciSAL 302AC | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| QQ622 Asqelio Soft Hydrophobic Intraocular Lens | Asqelio monofocal / EDOF / trifocal (model-dependent) | LUMOS MEDICAL PTY LTD |
| SO084 Aspira-aXA | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| SO074 HumanOptics Aspira | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| AO048 TECNIS® Eyhance Pre-Loaded IOL | Tecnis Eyhance | AMO AUSTRALIA PTY LIMITED |
| AO034 TECNIS® 1-Piece Pre-Loaded IOL | Tecnis monofocal / Sensar (model-dependent) | AMO AUSTRALIA PTY LIMITED |
| XN007 HOYA Vivinex multiSert | HOYA Vivinex monofocal (model-dependent) | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| XN021 HOYA Vivinex iSert preloaded IOL (Model XC1) | HOYA Vivinex monofocal (model-dependent) | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| LL012 enVista Aspire EyeGility Model EC20A | enVista Aspire | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| BL040 Enhanced enVista IOL with Bausch + Lomb Preloaded Delivery System | enVista monofocal | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| CZ048 CT LUCIA 621P | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| IQ014 PreciSAL P302AC PreciSAL PS302AC | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| KG017 RayOne Ashperic preloaded | RayOne monofocal / toric (model-dependent) | KEVIN GRUNDY (IBD) PTY. LIMITED |
| KG020 RayOne Hydrophobic IOL | RayOne monofocal / toric (model-dependent) | KEVIN GRUNDY (IBD) PTY. LIMITED |
| SO075 HumanOptics Aspira Preloaded | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| SO083 Aspira-aXA Preloaded | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| WP003 Primus-HD Clear | Other listed monofocal and surgical lenses (model-dependent) | The Trustee for The Ophthalmopro Unit Trust |
| WP001 ZOE | Other listed monofocal and surgical lenses (model-dependent) | The Trustee for The Ophthalmopro Unit Trust |
| AL065 Clareon Toric Aspheric UV Absorbing IOL with AutonoMe (Moded CCAOT2-CCAOT9) | Clareon monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AO050 TECNIS Eyhance Toric II Simplicity | Tecnis Eyhance | AMO AUSTRALIA PTY LIMITED |
| AO042 Tecnis Toric 1-Piece Pre-Loaded IOL | Tecnis monofocal / Sensar (model-dependent) | AMO AUSTRALIA PTY LIMITED |
| LL014 enVista Aspire Toric EyeGility Model ETC20A | enVista Aspire | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| BL043 Enhanced enVista Toric with Bausch + Lomb preloaded delivery system | enVista monofocal | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| KG016 RayOne Toric (Model RAO610T) | RayOne monofocal / toric (model-dependent) | KEVIN GRUNDY (IBD) PTY. LIMITED |
| QQ645 ZOE Toric | Other listed monofocal and surgical lenses (model-dependent) | The Trustee for The Ophthalmopro Unit Trust |
| WP008 Primus-HD Toric Clear | Other listed monofocal and surgical lenses (model-dependent) | The Trustee for The Ophthalmopro Unit Trust |
| AL049 Clareon AutonoMe Toric | Clareon monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| XN004 HOYA Vivinex Toric multiSert | HOYA Vivinex monofocal (model-dependent) | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| XN024 HOYA Vivinex Toric XY1A | HOYA Vivinex monofocal (model-dependent) | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| IQ020 PreciSAL EZ Toric 1-Piece Yellow Pre-loaded IOL (PT302A, PST302A) | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| VU003 Medicontur Bi-Flex POB-MA Toric 877PTY | Medicontur BiFlex monofocal / toric | SURGIVISION PTY LTD |
| WP002 Primus-HD Toric Yellow | Other listed monofocal and surgical lenses (model-dependent) | The Trustee for The Ophthalmopro Unit Trust |
| AL031 AcrySert C Model SN6CWS | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL044 Clareon AutonoMe | Clareon monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL039 AcrySof IQ Aspheric IOL with UltraSert pre-loaded delivery system | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| XN006 HOYA Vivinex multiSert XY1-SP | HOYA Vivinex monofocal (model-dependent) | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| XN023 HOYA Vivinex iSert preloaded IOL (Model XY1) | HOYA Vivinex monofocal (model-dependent) | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| XN022 HOYA-PS AF-1 (UY) PY-60AD | HOYA Vivinex monofocal (model-dependent) | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| BL042 LuxGood Preloaded | Other listed monofocal and surgical lenses (model-dependent) | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| IW001 MicroPure 123 | Other listed monofocal and surgical lenses (model-dependent) | Beaver-Visitec International Australia Pty Ltd |
| CZ047 CT LUCIA 621PY | ZEISS CT LUCIA / CT ASPHINA / CT SPHERIS / AT TORBI (model-dependent) | CARL ZEISS PTY. LIMITED |
| IQ016 PreciSAL P302A PreciSAL PS302A | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| KG037 RayOne Hydrophobic Aspheric BLF IOL | RayOne monofocal / toric (model-dependent) | KEVIN GRUNDY (IBD) PTY. LIMITED |
| SO067 HumanOptics Aspira Y Preloaded | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| VU006 BiFlex Preloaded 877PAY Hydrophobic Acrylic Foldable Aspheric Monofocal Lens with Blue light Filter | Medicontur BiFlex monofocal / toric | SURGIVISION PTY LTD |
| WP007 Primus-HD Yellow | Other listed monofocal and surgical lenses (model-dependent) | The Trustee for The Ophthalmopro Unit Trust |
| AL045 AcrySof Aspheric UV Absorbing Toric Intraocular Lens | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AO046 TECNIS® Eyhance Toric IOL | Tecnis Eyhance | AMO AUSTRALIA PTY LIMITED |
| AO041 TECNIS Toric II 1-Piece IOL | Tecnis monofocal / Sensar (model-dependent) | AMO AUSTRALIA PTY LIMITED |
| BL051 enVista Toric IOL | enVista monofocal | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| LL007 enVista Aspire Toric Monofocal Intraocular Lens Non Preloaded Model ETA | enVista Aspire | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| DE674 LENTIS Tplus LU-814T | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE515 LENTIS TplusX LU-313T | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE517 LENTIS LS-313T0-T6 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| IQ039 Precizon Go Toric | Precizon Go / toric | IQ MEDICAL PTY LTD |
| QQ566 Asqelio Toric Soft Hydrophobic Intraocular Lens | Asqelio monofocal / EDOF / trifocal (model-dependent) | LUMOS MEDICAL PTY LTD |
| SO060 HumanOptics Torica | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| AL056 Clareon Toric Aspheric Hydrophobic Acrylic IOL | Clareon monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL032 AcrySof IQ Toric IOL | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| IQ019 PreciSAL Toric T302A | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| KG039 Simedice Toric IOL | Other listed monofocal and surgical lenses (model-dependent) | KEVIN GRUNDY (IBD) PTY. LIMITED |
| SO057 HumanOptics Torica Y | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| VU008 Medicontur BiFlex 677TAY Hydrophilic Acrylic Foldable Toric Lens with Blue light Filter | Medicontur BiFlex monofocal / toric | SURGIVISION PTY LTD |
| AO047 TECNIS® Eyhance Toric IOL | Tecnis Eyhance | AMO AUSTRALIA PTY LIMITED |
| AO040 TECNIS Toric II-Piece IOL | Tecnis monofocal / Sensar (model-dependent) | AMO AUSTRALIA PTY LIMITED |
| SO059 HumanOptics Torica | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| AO051 TECNIS Eyhance Toric II Simplicity | Tecnis Eyhance | AMO AUSTRALIA PTY LIMITED |
| KG027 RayOne Toric Aspheric preloaded - Premium/Made to Order | RayOne monofocal / toric (model-dependent) | KEVIN GRUNDY (IBD) PTY. LIMITED |
| SO058 HumanOptics Torica Y | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| AL057 Clareon Aspheric Hydrophobic Acrylic Intraocular Lens (Model SY60WF) | Clareon monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL021 Alcon AcrySof SN60WF | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| DE870 Teleon ACUNEX Monofocal | Acunex monofocal / Vario / Variomax (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| IQ015 PreciSAL 302A | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| KG036 Simedice Intraocular Lens | Other listed monofocal and surgical lenses (model-dependent) | KEVIN GRUNDY (IBD) PTY. LIMITED |
| SO055 HumanOptics Aspira Y | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| AL025 AcrySof Multipiece Models MN60MA, MN60AC | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL016 Alcon Acrysof Natural Model SN60AT | AcrySof / AcrySof IQ monofocal | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL052 Clareon PanOptix Trifocal UV Absorbing Intraocular Lens (Model CCWTT0) | AcrySof IQ / Clareon PanOptix | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL068 Clareon Vivity Extended Vision UV Absorbing Intraocular Lens (Model CCWET0) | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL079 Clareon PanOptix Pro Trifocal UV Absorbing IOL (Model PXCWT0) | Clareon PanOptix Pro | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AO037 TECNIS® Symfony Extended Range of Vision (ZXR00) | Tecnis Symfony | AMO AUSTRALIA PTY LIMITED |
| LL003 enVista Envy Model EN | enVista Envy | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| BL053 IC-8, Hydrophobic Small Aperture Intraocular Lens | IC-8 small-aperture lens | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| DE764 LENTIS Comfort LU-814MF15 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE785 FEMTIS Mplus FB-313MF30 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE675 LENTIS Mplus LU-814MF30 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE496 LENTIS Mplus LENTIS Comfort | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE650 FEMTIS Comfort FB-313MF15 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| IQ036 Precizon Presbyopic NVA | Precizon Presbyopic NVA / toric | IQ MEDICAL PTY LTD |
| IQ023 PreciSAL Multifocal M302AC | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| SO063 HumanOptics Diffractiva | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| AL074 Clareon PanOptix Pro Trifocal UV Absorbing IOL with AutonoMe (Model PXCAT0) | Clareon PanOptix Pro | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL053 Clareon PanOptix Trifocal UV Absorbing IOL with the AutonoMe Automated Pre-loaded Delivery System | AcrySof IQ / Clareon PanOptix | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL067 Clareon Vivity UV Absorbing IOL with AutonoMe Automated Pre-loaded Delivery System ( Model CCAET0) | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| LL011 enVista Envy EyeGility Model EC20N | enVista Envy | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| CZ042 AT LARA 829MP | AT LARA / LARA toric | CARL ZEISS PTY. LIMITED |
| CZ034 AT LISA tri 839MP | AT LISA tri / tri toric | CARL ZEISS PTY. LIMITED |
| IQ024 PreciSAL Mulitfocal PM302AC | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| KG034 RayOne EMV RAO200E Intraocular lens | RayOne EMV / toric | KEVIN GRUNDY (IBD) PTY. LIMITED |
| KG021 RayOne Trifocal | RayOne Trifocal / toric | KEVIN GRUNDY (IBD) PTY. LIMITED |
| KG040 RayOne Galaxy | RayOne Galaxy / toric | KEVIN GRUNDY (IBD) PTY. LIMITED |
| SO065 HumanOptics Diffractiva Preloaded | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| AL078 Clareon PanOptix Pro Trifocal Toric UV Absorbing IOL with AutonoMe (Model PXCAT2-PXCAT6) | Clareon PanOptix Pro | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL069 Clareon Vivity Toric Extended Vision UV Absorbing IOL with AutonoMe (Model CCAET2-CCAET6) | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL063 Clareon PanOptix Toric Trifocal UV Absorbing IOL with AutonoMe (Model CCATT2-CCATT6) | AcrySof IQ / Clareon PanOptix | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| LL013 enVista Envy Toric EyeGility Model ETC20N | enVista Envy | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| CZ046 AT LARA toric 929MP | AT LARA / LARA toric | CARL ZEISS PTY. LIMITED |
| CZ036 AT LISA tri Toric 939MP | AT LISA tri / tri toric | CARL ZEISS PTY. LIMITED |
| QQ282 AT LISA TRI TORIC 949MP | AT LISA tri / tri toric | CARL ZEISS PTY. LIMITED |
| KG038 RayOne EMV Toric | RayOne EMV / toric | KEVIN GRUNDY (IBD) PTY. LIMITED |
| KG023 RayOne Trifocal Toric | RayOne Trifocal / toric | KEVIN GRUNDY (IBD) PTY. LIMITED |
| KG042 RayOne Galaxy Toric | RayOne Galaxy / toric | KEVIN GRUNDY (IBD) PTY. LIMITED |
| SO081 HumanOptics ToricaDiff Preloaded | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| AL061 Clareon PanOptix Toric Trifocal Hydrophobic IOL with AutonoMe (Model CNATT2-CNATT6) | AcrySof IQ / Clareon PanOptix | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL064 Clareon Vivity Toric Extended Vision Hydrophobic Intraocular Lens with AutonoMe(Model CNAET2-CNAET6) | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL075 Clareon PanOptix Pro Trifocal Toric IOL with AutonoMe (Model PXYAT2-PXYAT6) | Clareon PanOptix Pro | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| QQ318 TECNIS PureSee IOL Toric II with TECNIS Simplicity Delivery System (DET) | Tecnis PureSee | AMO AUSTRALIA PTY LIMITED |
| AO054 TECNIS Odyssey Toric II with TECNIS SIMPLICITY delivery system (DRT) | Tecnis Odyssey | AMO AUSTRALIA PTY LIMITED |
| AO049 TECNIS Synergy Toric II Simplicity | Tecnis Synergy | AMO AUSTRALIA PTY LIMITED |
| XN002 Vivinex Gemetric Toric | Vivinex Gemetric / Gemetric Plus | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| XN003 Vivinex Gemetric Plus Toric | Vivinex Gemetric / Gemetric Plus | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| LL009 Luxlife Full Range of Field Toric IOL, model YLIFET | LuxLife | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| BL049 LuxSmart Toric Preloaded | LuxSmart | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| IQ040 Asqelio Trifocal Toric IOL | Asqelio monofocal / EDOF / trifocal (model-dependent) | IQ MEDICAL PTY LTD |
| IQ038 Asqelio EDOF Toric IOL | Asqelio monofocal / EDOF / trifocal (model-dependent) | IQ MEDICAL PTY LTD |
| SO080 HumanOptics ToricaDiff Y Preloaded | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| QQ165 Bi-Flex Elon 877PETY EDOF Toric IOL | Medicontur ELON / toric | SURGIVISION PTY LTD |
| VU026 Medicontur BiFlex Preloaded 677CMTY | Medicontur Liberty / BiFlex multifocal | SURGIVISION PTY LTD |
| AL062 Clareon PanOptix Trifocal Hydrophobic IOL with AutonoMe (Model CNATT0) | AcrySof IQ / Clareon PanOptix | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL066 Clareon Vivity Extended Vision Hydrophobic Intraocular Lens with AutonoMe (Model CNAET0) | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL072 Clareon PanOptix Pro Trifocal IOL with AutonoMe (Model PXYAT0) | Clareon PanOptix Pro | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AO053 TECNIS Odyssey IOL with TECNIS SIMPLICITY delivery system (DRN00V) | Tecnis Odyssey | AMO AUSTRALIA PTY LIMITED |
| QQ152 TECNIS PureSee IOL with Simplicity Delivery System | Tecnis PureSee | AMO AUSTRALIA PTY LIMITED |
| AO052 TECNIS Synergy Simplicity | Tecnis Synergy | AMO AUSTRALIA PTY LIMITED |
| XN001 Vivinex Gemetric | Vivinex Gemetric / Gemetric Plus | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| XN005 Vivinex Gemetric Plus | Vivinex Gemetric / Gemetric Plus | ASIA ACTUAL AUSTRALIA PTY. LTD. |
| LL010 Luxlife Full Range of Field IOL, model YLIFE | LuxLife | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| BL048 LuxSmart Preloaded | LuxSmart | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| IQ037 Asqelio Trifocal IOL | Asqelio monofocal / EDOF / trifocal (model-dependent) | IQ MEDICAL PTY LTD |
| IQ035 Asqelio EDOF IOL | Asqelio monofocal / EDOF / trifocal (model-dependent) | IQ MEDICAL PTY LTD |
| IQ025 PreciSAL Multifocal PM302A | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| SO066 HumanOptics Diffractiva Y Preloaded | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| QQ201 Medicontur Bi-Flex Elon 877PEY EDOF IOL | Medicontur ELON / toric | SURGIVISION PTY LTD |
| VU012 Medicontur Trifocal Bi-Flex Liberty preloaded Hydrophilic Acrylic Multifocal with Blue Light Filter | Medicontur Liberty / BiFlex multifocal | SURGIVISION PTY LTD |
| AL070 Clareon Vivity Toric Extended Vision UV Absorbing Intraocular Lens (Model CCWET2 – CCWET6) | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL076 Clareon PanOptix Pro Trifocal Toric UV Absorbing IOL (Model PXCWT2-PXCWT6) | Clareon PanOptix Pro | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AO038 TECNIS Symfony Toric Extended Range of Vision (ZXT00) | Tecnis Symfony | AMO AUSTRALIA PTY LIMITED |
| LL005 enVista Envy Toric Trifocal IOL | enVista Envy | BAUSCH & LOMB (AUSTRALIA) PTY LTD |
| QQ273 AT LISA TRI TORIC 949M - Low Cyl | AT LISA tri / tri toric | CARL ZEISS PTY. LIMITED |
| CZ045 AT LARA toric 929M low cylinder | AT LARA / LARA toric | CARL ZEISS PTY. LIMITED |
| CZ038 AT LISA tri toric 939M low cylinder | AT LISA tri / tri toric | CARL ZEISS PTY. LIMITED |
| DE869 LENTIS MPLUS30 TORIC LS-313MFMF30T0-T6 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE676 LENTIS Mplus toric LU-814MF30T | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE786 FEMTIS Mplus Toric FB313MF30T0-T3 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE718 FEMTIS Comfort Toric FB-313MF15T0-T3 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE526 LENTIS Comfort Toric LS-313MF15T0-T6 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE494 LENTIS Mplus Toric LU-313MFT | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE765 LENTIS Mplus Toric LU-814MF15T | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| IQ042 Precizon Presbyopic Toric Intraocular Lens | Precizon Presbyopic NVA / toric | IQ MEDICAL PTY LTD |
| AL043 AcrySof IQ PanOptix Toric Trifocal IOL | AcrySof IQ / Clareon PanOptix | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL077 Clareon PanOptix Pro Trifocal Toric IOL (Model PXYWT2 - PXYWT6) | Clareon PanOptix Pro | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL059 Clareon Vivity Toric Extended Vision Hydrophobic IOL (Models CNWET2 - CNWET6) | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL058 Clareon PanOptix Toric Trifocal Hydrophobic Intraocular Lens (Models CNWTT2 – CNWTT6) | AcrySof IQ / Clareon PanOptix | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL033 AcrySof IQ ReSTOR multifocal toric IOL (SND1T2-T6; SV25T2-T6) | AcrySof IQ ReSTOR | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL046 AcrySof IQ Vivity Toric Extended Vision Intraocular Lens | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AO045 TECNIS® Synergy Toric IOL | Tecnis Synergy | AMO AUSTRALIA PTY LIMITED |
| IW002 FineVision Toric POD FT | FineVision Micro F / POD FT / HP | Beaver-Visitec International Australia Pty Ltd |
| DE789 Acunex Variomax Toric AN6VMT | Acunex monofocal / Vario / Variomax (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE867 Visiotis Progressive+ Toric PCM81NYT0-T3 | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE523 LENTIS Mplus LU-313MFTY | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE778 Acunex Vario Toric AN6VT | Acunex monofocal / Vario / Variomax (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| VU013 677MTY | Medicontur Liberty / BiFlex multifocal | SURGIVISION PTY LTD |
| CZ044 AT LARA toric 929M high cylinder | AT LARA / LARA toric | CARL ZEISS PTY. LIMITED |
| QQ272 AT LISA TRI TORIC 949M - High Cyl | AT LISA tri / tri toric | CARL ZEISS PTY. LIMITED |
| CZ039 AT LISA tri toric 939M high powered cylinder | AT LISA tri / tri toric | CARL ZEISS PTY. LIMITED |
| AL030 AcrySof IQ ReSTOR SN6AD1, SV25T0 and MN6AD1 | AcrySof IQ ReSTOR | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL050 AcrySof IQ Vivity Extended Vision Intraocular Lens | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL073 Clareon PanOptix Pro Trifocal IOL (Model PXYWT0) | Clareon PanOptix Pro | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL040 AcrySof IQ PanOptix Trifocal IOL | AcrySof IQ / Clareon PanOptix | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL051 Clareon PanOptix Trifocal Hydrophobic Intraocular Lens (Model CNWTT0) | AcrySof IQ / Clareon PanOptix | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AL060 Clareon Vivity Extended Vision Hydrophobic IOL (Model CNWET0) | AcrySof IQ / Clareon Vivity | ALCON LABORATORIES (AUSTRALIA) PTY LTD |
| AO044 TECNIS Synergy IOL | Tecnis Synergy | AMO AUSTRALIA PTY LIMITED |
| IW003 FineVision Micro F | FineVision Micro F / POD FT / HP | Beaver-Visitec International Australia Pty Ltd |
| IW004 B+L FINEVISION HP (POD F GF) | FineVision Micro F / POD FT / HP | Beaver-Visitec International Australia Pty Ltd |
| DE866 Teleon Visiotis Progressive+ IOL (PCM81NY) | Lentis / FEMTIS / Visiotis (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE774 Acunex Vario AN6V | Acunex monofocal / Vario / Variomax (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| DE766 Acunex Variomax AN6VM | Acunex monofocal / Vario / Variomax (model-dependent) | DEVICE TECHNOLOGIES AUSTRALIA PTY. LTD. |
| IQ022 PresiSAL Multifocal M302A | PreciSAL monofocal / toric / multifocal (model-dependent) | IQ MEDICAL PTY LTD |
| SO064 HumanOptics Diffractiva Y | HumanOptics Aspira / Torica / Diffractiva (model-dependent) | Spectrum Surgical |
| VU014 Medicontur BiFlex 677MY Hydrophilic Acrylic Foldable Multifocal Lens with Blue light Filter | Medicontur Liberty / BiFlex multifocal | SURGIVISION PTY LTD |
| VU023 AddOn Spherical | 1stQ AddOn supplementary lenses | SURGIVISION PTY LTD |
| KG008 Rayner "Sulcoflex" Pseudophakic I.O.L. | Sulcoflex supplementary lenses | KEVIN GRUNDY (IBD) PTY. LIMITED |
| KG024 Rayner Sulcoflex Ashperic (Premium) I.O.L. | Sulcoflex supplementary lenses | KEVIN GRUNDY (IBD) PTY. LIMITED |
| KG005 Rayner Sulcoflex Aspheric Toric Pseudophakic Secondary I.O.L - Standard | Sulcoflex supplementary lenses | KEVIN GRUNDY (IBD) PTY. LIMITED |
| KG007 Rayner Sulcoflex Aspheric Toric Pseudophakic Secondary IOL (Premium) | Sulcoflex supplementary lenses | KEVIN GRUNDY (IBD) PTY. LIMITED |
| VU022 AddOn Toric | 1stQ AddOn supplementary lenses | SURGIVISION PTY LTD |
| VU025 AddOn Progressive | 1stQ AddOn supplementary lenses | SURGIVISION PTY LTD |
| KG022 Sulcoflex Trifocal | Sulcoflex supplementary lenses | KEVIN GRUNDY (IBD) PTY. LIMITED |
| VU024 1stQ addon progressive toric lens | 1stQ AddOn supplementary lenses | SURGIVISION PTY LTD |
How should I choose between the lenses?
Start with the tasks you want to do without glasses, then consider night driving and your eye health. The cornea, ocular surface, pupil, optic nerve and retina affect the result. Macular disease or other loss of visual quality can make a simpler optical design preferable; some conditions need more individual assessment.
Useful questions are: Which exact model and focusing target do you recommend? Do I need astigmatism correction? Which tasks are likely to need glasses? What might happen to my night vision? Why is this design suitable for the rest of my eye? Is the proposed model currently supplied in Australia?
The overall trade-off is better supported than many brand-to-brand claims. Systematic reviews find less glasses dependence with multifocal lenses alongside more glare or haloes. Studies of Eyhance support improved intermediate vision compared with standard monofocal lenses, but those results should not be assumed for every lens sold as enhanced monofocal. Newer models often have shorter follow-up and less independent comparative evidence.
How does an extended-range lens work?
When should I seek urgent advice after surgery?
Contact your surgeon urgently for a sudden fall in vision, worsening pain, increasing redness, new flashes or many new floaters, or a curtain or shadow in your vision. Do not wait for the next scheduled review. If you cannot reach your surgeon, seek urgent eye care.
Persistent glare without these warning signs still deserves review: focusing error, dry eye, lens position or clouding behind the implant may need assessment. Read about a shadow at the edge of vision after cataract surgery.
Sources and further reading
- Australian Prescribed List — July 2026 machine-readable catalogue
- Department of Health — current Prescribed List
- Cochrane — multifocal versus monofocal lens evidence
- Systematic review — Eyhance versus standard monofocal lenses
- legislation.gov.au — document 2
- myalcon.com — clareon panoptix pro
- myalcon.com — iols
- myalcon.com — clareon vivity
- accessdata.fda.gov — P040020C
- myalcon.com — clareon monofocal
- myalcon.com — acrysof iq monofocal
- jnjvisionpro.com — vision simulator
- jnjvisionpro.com — tecnis family of iols
- jnjvisionpro.com — tecnis puresee
- jnjvisionpro.com — sensar iol
- assets.contentstack.io — 2025LB4005 AU Intraocular Lens Patient Information Leaflet
- hoyasurgicaloptics.com — gemetric
- hoyasurgicaloptics.com — toric
- apps.tga.gov.au — arn detail.aspx
- bauschsurgical.com — safety
- bauschsurgical.com — enVista Aspire
- bauschsurgical.eu — luxlifetm preloaded intraocular lens
- bauschsurgical.eu — LuxSmart Technicalsheet READONLY 2020 1
- bauschsurgical.eu — a z list
- bauschsurgical.com — ic 8 apthera iol
- bvimedical.com — serenity
- bvimedical.com — 050525 ISOPURE SERENITY TORIC Brochure ENG
- bvimedical.com — BVI Product Catalog 2023
- bvimedical.com — finevision hp
- zeiss.com — ifu acrylat australia 003500 0044 596 artwork rev006
- zeiss.com — at lisa tri family
- med-shop.zeiss.com.au — intraocular lenses iols ctgOphthalmology.Cataract.iols
- zeiss.com — at lara family
- zeiss.com — zeiss ct lucia 621p py
- tga.gov.au — ARTG 389794
- rayner.com — RAY25092 Rayner Portfolio Brochure OUS 2025 04 25 v5
- rayner.com — rayners galaxy spiral iol achieves nationwide reimbursement in australia
- pubmed.ncbi.nlm.nih.gov — research record 41212955
- pubmed.ncbi.nlm.nih.gov — research record 40524216
- device.com.au — Teleon
- teleon-surgical.com — acunex
- pubmed.ncbi.nlm.nih.gov — research record 40287004
- teleon-surgical.com — lentis iol
- teleon-surgical.com — femtis iol
- tga.gov.au — lentis hydrosmart intraocular lenses
- iqmedical.com.au — new iol portfolio
- iqmedical.com.au — ophtec precizon go
- ophtec.com — precizon go
- ophtec.com — Brochure Precizon Family
- iqmedical.com.au — ophtec precizon presbyopic
- pubmed.ncbi.nlm.nih.gov — research record 39402644
- iqmedical.com.au — ast asqelio trifocal
- iqmedical.com.au — ast asqelio edof
- astvisioncare.com — professional
- iqmedical.com.au — precisal monofocal iol
- mbius.com — p302a 302a 2
- auscrs.org.au — surgivision 2026
- medicontur.com — MD Brochure
- pubmed.ncbi.nlm.nih.gov — research record 41702561
- medicontur.com — liberty
- humanoptics.com — 2024 02 V13.0 0197 Acryl IOL IFU c 1
- spectrumsurgical.com.au — aspira
- ophtec.com — Artilens brochure
- ophtec.com — Artisan Aphakia Factsheet
- tga.gov.au — ARTG 521748
- auscrs.org.au — rx sight
- rxsight.gcs-web.com — rxsight inc reports second quarter 2026 results and provides
- tga.gov.au — ARTG 526184
- southaustral.com.au — southaustral.com.au
- aurovue.com — dfine
- au.discovericl.com — au.discovericl.com
- evo.staar.com — evo.staar.com
- tga.gov.au — ARTG 224149
- tga.gov.au — ARTG 301323
- edfu.staar.com — eDFU 0044 Rev 01 AUS NZ EVO EVO+ VTICMO VTICM5 eDFU
- tga.gov.au — ARTG 418483
- patientinfo.staar.com — PIB 0005 Rev 1 Australia EVO Viva Patient Information Booklet
- edfu.staar.com — eDFU 0047 Rev 01 English only Viva (VICM6) eDFU
- tga.gov.au — ARTG 397832
How do I make an appointment with Dr Chen?
Appointments and enquiries are made through Vision Eye Institute Chatswood.
Level 3, 270 Victoria Avenue, Chatswood NSW 2067For referrers
Optometrists, GPs and ophthalmologists can refer through Oculo or with the PDF referral form.
Vision Eye Institute confirms your appointment after you submit your request. The request form is not for emergencies. See Do I need a referral?.