*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 web site

TECHNICAL SPECIFICATIONSOverall diameter

Optic diameter Haptic angulationOptic DesignEdge DesignPower range

MaterialRefractive IndexY.A.G laserA constant (SRK/T)

PlacementCE Approved

SeeLens HP 13.0 mmBunnyLens HP 11.0 mm [10D and above]; 11.5mm for lower D6.0 mm5°Aspheric bi convex360° Continuous Square Edge+5.0 to +10.0 (1D increments)+10.5 to +30.0 (0.5D increments)+31.0 to +35.0 (1D increments)Hydrophobic Acrylic incorporating a natural yellow filtering1.484 (@ 35° c)CompatibleSeeLens HP 119.0*BunnyLens HP 118.9*Capsular Bag

GEOMETRICAL DESIGNBoth platforms of the HP lenses ensure excellent stability and centration due to the carefully designed geometry, ensuring wide angle of contact and perfect anatomical stability over time.360° square edge in order to minimize PCO.

HANITA LENSESHanita lenses is a worldwide trusted manufacturer and provider of intraocular lens solutions for cataract surgery.With more then 30 years of experience in meeting the varied needs of ophthalmic surgeons, the Hanita lenses name is synonymous with high quality, reliability and service.

PRELOADED HYDROPHOBICIOL SYSTEM

10 mm

Hanita Lenses www.hanitalenses.com marketing@hanitalenses.com +972 4 9950 755Kibbutz Hanita 2288500

T190

9 1

2/18

[1] Field Guide to Visual and Ophthalmic Optics; Jim Schwiegerling; Nov. 2004

The optical design of the HP lenses was performed using the Arizona Eye Model[1]. The parameters and dimensions of the eye model are consistent with average human data. The model was designed to match clinical levels of aberration, both on and off axis. The result is an accurate simulation of the visual performance of the HP lense in a post-operative eye.

The Aspheric HP lenses were designed using the most advanced tools by a professional R&D team of optical and mechanical engineers.The optical profile of the HP lenses was calculated using ZEMAX™ software – a

simulating tool for the optical design optimization.Calculations were aimed to minimize all aberrations, including the spherical aberration of the cornea, and to optimize the MTF (Modulated Transfer Function).

60%

50%

40%

30%

20%

10%

0%(-1.25)-(-1) (-1)-(-0.75) (-0.75)-(-0.5) (-0.5)-(-0.25) (-0.25)-(0.25) (-0.25)-(0.5) (0.5)-(0.75) (0.75)-(1) (1)-(1.25)

Post Op Refraction

μ=0 Dσ=0.34 D

ADVANCED OPTICAL DESIGNSimplifying cataract surgery Ready for implant One step implant procedureSmooth and EASY injection through a 2.2 mm incision

PRELOADED HYDROPHOBIC IOL SYSTEM

EYE MODEL

REFRACTION ACCURACYSEELENS HP

REFRACTION ACCURACYBUNNYLENS HP

50%

60%

40%

30%

20%

10%

0%

μ=0 Dσ=0.36 D

(-1.25)-(-1) (-1)-(-0.75) (-0.75)-(-0.5) (-0.5)-(-0.25) (-0.25)-(0.25) (-0.25)-(0.5) (0.5)-(0.75) (0.75)-(1) (1)-(1.25)

Post Op Refraction

MATERIAL

[1] Data from Benz Research and Development QA Dept[2] Glistening in the Single -Piece Hydrophobic, Acrylic Intraocular Lenses; Aaron Waite, Nathan Faulker and Randall J Olson; J Ophthalmol 2007; v144: 143- 144

The HP lenses are made of an aliphatic hydrophobic material resulting with a very low glistening effect[1,2 ].

The HP hydrophobic material incorporates a natural yellow, violet filtering, chromophore for better protection of the retina.