SEE BEYOND WITH FULLRANGE OPTICS. Developed by Hanita Lenses

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Roxanne Blankenship
5 years ago
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1 SEE BEYOND WITH FULLRANGE OPTICS Developed by Hanita Lenses

SEE beyond with FullRange optics FullRange optic lenses are

$complications associated with most diffractive lenses.$ These easy-to-implant, multifocal intraocular lenses provide your

and far visual ranges and with minimal risk of complications and

SAFE Predictable results Reduced side effects EFFICIENT Maintains

2 SEE beyond with FullRange optics FullRange optic lenses are proven, highlyreliable and safe intraocular lenses designed to provide a solution for presbyopia while reducing known complications associated with most diffractive lenses. These easy-to-implant, multifocal intraocular lenses provide your patients with excellent depth of focus for the near, intermediate and far visual ranges and with minimal risk of complications and the need for future touch-ups or laser corrections. SAFE Predictable results Reduced side effects EFFICIENT Maintains contrast sensitivity Reduced YAG & touch-ups Reduced stray light EFFECTIVE Crisp and sharp vision Full-range vision

$Advanced Optical Design FullRange optic lenses were designed by worldleading diffractive optics designers using the most advanced$ $Height [Microns] FullRange diffractive profile Hanita Lenses DHF optics development MF lenses Radius [mm] Apodized Diffractive$ $Surface The state-of-the-art apodized diffractive surface provides visual functionality throughout the day in photopic, mesoptic and$ Light intensity [%] Apodization Near Far Hanita Lenses DHF optics development MF lenses Pupil Diameter [mm] Accurate Polish-Free

Light intensity [%] Apodization Near Far Hanita Lenses DHF optics development MF lenses Pupil Diameter [mm] Accurate Polish-Free

3 Advanced Optical Design FullRange optic lenses were designed by worldleading diffractive optics designers using the most advanced algorithms to utilize the Apodized Aspheric-Diffractive profile of the FullRange optic, which has been clinically proven to provide clear and functional vision for all distances. Height [Microns] FullRange diffractive profile Hanita Lenses DHF optics development MF lenses Radius [mm] Apodized Diffractive Surface The state-of-the-art apodized diffractive surface provides visual functionality throughout the day in photopic, mesoptic and scotopic conditions. Light intensity [%] Apodization Near Far Hanita Lenses DHF optics development MF lenses Pupil Diameter [mm] Accurate Polish-Free Production Process FullRange optics are manufactured using a proprietary lathe process that results in maximum accuracy of the lens profile and the diffractive rings of the lens to be as sharp as possible and an identical replica of the optimal profile design generated by the Arizona eye model and leading to maximal contrast sensitivity.

Full-Range Functional Vision LogMAR Defocus SEELENS MF The FullRange optics lens offers a unique optic design

2 LogMAR from 40 centimeters to infinity allowing your patients to function in all ranges.

; ESCRS 2016 Lowest Straylight Straylight research conducted using the FullRange lens shows that its straylight

$This is due to the clarity of the lens, lack of glistening and the low refractive index of the lens material.$ SeeLens17 ReSTOR SA60D38 ReSTOR SA60D315 ReSTOR SN6AD117 ReSTOR SN6AD114 Mplus LS-31313 AT Lisa 809M17 ReSTOR

SeeLens17 ReSTOR SA60D38 ReSTOR SA60D315 ReSTOR SN6AD117 ReSTOR SN6AD114 Mplus LS-31313 AT Lisa 809M17 ReSTOR

$Cataract Refract Surg 2016; 42:618 625 Q 2016 ASCRS and ESCRS Comparison of ocular straylight after$ $] Straylight Measurements in Two Different Apodized Diffractive Multifocal Intraocular Lenses Sharpest Square$

4 Full-Range Functional Vision LogMAR Defocus SEELENS MF The FullRange optics lens offers a unique optic design that provides functional vision of above 0.2 LogMAR from 40 centimeters to infinity allowing your patients to function in all ranges. Diopters References Lapid-Gortzak R.; ESCRS 2016 Lowest Straylight Straylight research conducted using the FullRange lens shows that its straylight is the lowest tested in the industry. This is due to the clarity of the lens, lack of glistening and the low refractive index of the lens material. Straylight [log(s)] Age [year] ReSTOR SA60D310 ReSTOR SA6AD315 Tecnis ZM90012 ReSTOR SN6AD116 ReZoom10 SeeLens17 ReSTOR SA60D38 ReSTOR SA60D315 ReSTOR SN6AD117 ReSTOR SN6AD114 Mplus LS AT Lisa 809M17 ReSTOR SA60D311 Tecnis ZM90013 ReSTOR SN6AD19 ReZoom13 Mplus LS AT Lisa 809M15 References Grzegorz Labuz; J Cataract Refract Surg 2016; 42: Q 2016 ASCRS and ESCRS Comparison of ocular straylight after implantation of multifocal intraocular lenses; and Lapid-Gortzak R.; Refract Surg. 2015;31(11): ] Straylight Measurements in Two Different Apodized Diffractive Multifocal Intraocular Lenses Sharpest Square Edge FullRange lenses offer the sharpest square edge in the industry 72% sharper than the sharpest edge previously known in the industry. It also has additional features that promote PCO reduction include a wide angle of contact with the capsular bag and a 360-degree sharp square edge. References Tetz M.; ESCRS 2014 SN60AT* FullRange (MF) *Images: David AKREOS AO* spalton 2007 C-flex*

5 Reduced YAG Rate As a result of their extremely sharp square edge, FullRange lenses were found to have a very low YAG capsulotomy rate of 2.2% after 5 years. References Lapid-Gortzak R.; ASCRS 2017 Paper session; Nd:YAG capsulotomy Rates in angulated sharp edged hydrophilic IOLs Contrast Sensitivity Contrast Sensitivity FullRange group Monofocal group Due to its aspheric optical design profile, clinical results of the FullRange lens show superior contrast sensitivity leading to contrast sensitivity comparable to a monofocal IOL as presented by J.L. Alio at al. Log Contrast Sensitivity Units Photopic Scotopic Spatial Frequency (cpd) References Alio J.L.; Clinical outcomes with a new microincisional diffractive multifocal IOL Eye and Vision (2015) 2:2 DOI /s Contrast sensitivity function comparison between groups. It shows comparison of the postoperative contrast sensitivity function in both groups of patients under photopic and scotopic conditions. Technical Specification Platform SeeLens MF - Ø 13mm BunnyLens MF - Ø 11mm Geometry Optic Diameter: 6.0 mm Haptic angulation: 5 Double square edge Material Hydrophilic acrylic with UV-blocking and violet filtering chromopore Refractive index: 1.46 (35 C) Nd-YAG Laser Compatible Optical Design Diffractive Incision Size 1.8 mm Placement Capsular bag Note: It is recommended that surgeons personalize their A-constant based on their surgical techniques and equipment, experience and post-operative results. For more information, please visit

Hanita Lenses THE COMPANY Established in 1981, Hanita Lenses is a worldwide trusted developer, manufacturer and marketer of ophthalmic medical devices.

SOLUTIONS With more than 30 years of experience, Hanita Lenses provides ophthalmic surgeons all over the world with advanced intraocular lens solutions for cataract surgeries, contact lenses and

6 Hanita Lenses THE COMPANY Established in 1981, Hanita Lenses is a worldwide trusted developer, manufacturer and marketer of ophthalmic medical devices. GLOBAL PRESENCE Hanita Lenses has an extensive distribution network throughout Europe, Asia, Latin America and Africa. SOLUTIONS With more than 30 years of experience, Hanita Lenses provides ophthalmic surgeons all over the world with advanced intraocular lens solutions for cataract surgeries, contact lenses and accessories. The company has become synonymous with high quality, reliability and service. Hanita Lenses Intraocular & Contact Lenses Kibbutz Hanita marketing@hanitalenses.com T / Hanita Lenses. The information contained herein is subject to change without notice. Hanita Lenses shall not be liable for technical or editorial errors or omissions contained herein. Tel Fax

Unique Aberration-Free IOL: A Vision that Patients

Unique Aberration-Free IOL: A Vision that Patients Can Appreciate An Aspheric Optic for Improved Quality of Vision n Traditional spherical IOLs create Bilateral implantation study spherical aberration