Introducing

iSert® with 100% Hydrophobic

Acrylic IOL with PMMA Haptic Tips

Available from T3 to T9

iSert® Preloaded IOL Implantation System

HOYA Toric IOL

HOYA Toric Calculator

Safety, Efficiency, Predictability New Generation iSert®

The iSert® Preloaded IOL Implantation System now provides easier handling and greater protection of the IOL

— Safety: an untouched IOL in a disposable, closed preloaded iSert® system for ultimate sterility, reduced lens damage, and reduced exposure to contaminants.

— Efficiency: easily repeatable and disposable system that reduces the time-consuming aspects of inserter preparation, cleaning, and sterilization. Cuts the number of steps required with ordinary procedures in half.

— Predictability: ergonomic design provides consistent, controlled, and safeguarded delivery of the preloaded IOL that is predictable and reproducible.

Enhancing premium IOL performance and resultsPrecise vision correction for patients with astigmatism

— Unique Design: A unique hybrid, one-piece, two-material design with non-stick PMMA haptic tips and the sharpest square edge provide rotational stability and controlled centration for more consistent IOL calculations and improved refractive outcomes. Precise astigmatism correction with proprietary Aspheric Balanced Curve (ABC) design that restores image sharpness and visual acuity even when lens is decentered over 0.2mm.

— HOYA Optics: Pristine optics – the result of our proprietary lathe-cut, pad polished manufacturing process means higher optical precision.

— Mini-INcision: The non-wound-assist benefit of as low as a 2.2 mm incision reduces residual post-operative astigmatism.

Better Measurement for Better Toric IOL Results Enhance lens placement and minimize postoperative astigmatism

— IOL Suggestions: The HOYA Toric Calculator will suggest several HOYA Toric IOLs from which you may choose to treat a patient’s refractive cylinder resulting from corneal astigmatism. Astigmatic correction will be calculated for all toric lens powers and a non toric lens as well.

— Axial Placement: The Calculator will suggest intra-operative axial placement of the IOL that is intended to minimize postoperative astigmatism.

— Visualizing the Placement: Along with the recommended axis for TIOL placement, the Calculator provides an image of the eye with the incision location, steep and flat corneal axis, and the axis of placement for the TIOL.

Other Key Features

Toric design based on the proven 100% Hydrophobic Acrylic HOYA Monobloc design (iMics1)

The non-wound-assist benefit of up to 2.2 mm incision reduces residual post-operative astigmatism

Unique Preloaded iSert® delivery system with as low as a 2.2 mm incision

270˚

90˚

135˚

315˚

45˚

225˚

180˚

Axis Markings (Posterior)

Optimized Sharp Edge2,3,4

0˚6.

0 m

m

PMMA Non- Stick Haptics

Soft Acrylic

HOYA Toric Specifications

Specification Monobloc, blue-light filter5

Optic Material Hydrophobic soft acrylic (UV-absorbing acrylic resin with blue-light filter)

Haptic Material Hydrophobic soft acrylic (UV-absorbing acrylic resin with blue-light filter) with PMMA haptic tips

Optic Configuration/ Design

Biconvex toric Anterior: aspheric, asphericity = ~-0.18 µm Posterior: toric

Manufacturing Lathe-cut and pad polished

Haptic Configuration Modified C− loop, 5 ̊angulation

Dimension (Optic/OAL) 6.0 mm/12.5 mm

Spherical Power +10.0 to +30.0 D

Cylindrical Power1 T3 to T9 (see table above)

A-constant6 118.4

Optimized Optical Constants

Haigis a0 = 1.13; a1 = 0.4; a2 = 0.1 Hoffer Q pACD = 5.33 Holladay 1sf = 1.54 SRK/T 118.6 SRK II 118.7

Method of Sterilization Ethylene oxide (EO)

Incision As low as 2.2 mm

Refraction Index 1,52

Model 351

Power Cylinder on the IOL Plane

Power Cylinder on the Corneal Plane

T3 1.50 D 1.03 D

T4 2.25 D 1.55 D

T5 3.00 D 2.06 D

T6 3.75 D 2.58 D

T7 4.50 D 3.09 D

T8 5.25 D 3.61 D

T9 6.00 D 4.12 D

For more information: HOYA Medical Singapore Pte Ltd 455A Jalon Ahmad Ibrahim Singapore, 639939 (+65) 6863 4809

1. On IOL plane2. Werner L, Tetz M. Edge profiles of currently available intraocular lenses and recent improvements. European Ophthalmic Review. 2009;3(2):74-76.3. Kohnen T, Fabian E, Gerl R, et al. Optic edge design as a long-term factor for posterior capsular opacification rates. Ophthalmology. 2008;115(8):1308-1314.4. Nishi O, Nishi K, Wickström K. Preventing lens epithelial cell migration using intraocular lenses with sharp rectangular edges. J Cataract Refract Surg. 2000;26(10):1543-1549.5. The HOYA iSert® Toric 351 T3 / T4 / T5 / T6 / T7 / T8 / T9 achieves a transmittance factor close to that of the human lens. It blocks almost all ultraviolet light as well as some

short-wavelength blue light.6. This A-constant number is presented only as a guideline for lens power calculations. It is recommended that A-constant measurements be based on the surgeon’s experience

and measuring equipment.

iTraceTM is a trademark of Tracey Technologies, Corp.

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