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ZEISS launches NEW AT LARA EDoF in Canada
ZEISS IOL Portfolio

ZEISS launches NEW AT LARA EDoF in Canada

Download the portfolio
  • Premium materials
  • Accurate IOL selection with ~ 2000 toric options
  • Improved precision and outcomes1

ZEISS OVD

Image of ZEISS OPHTHALIN® OVD

ZEISS OPHTHALIN® OVD

A viscous-cohesive OVD with high zero-shear viscosity
  • High clarity for an unobstructed view of the surgical field
  • High viscosity ensures stability and depth of the anterior chamber
  • Facilitates an efficient cataract workflow
Image of ZEISS AT LISA tri 839MP

ZEISS AT LISA tri 839MP

Trifocal, aberration-correcting

Sphere from 0.0 to +32.0 D
0.5 D increments

  • For complete spectacle independence
  • Proven trifocal platform with more than 75 peer reviewed publications


  

ZEISS Presbyopia Correcting IOLs

Image of ZEISS AT LARA toric 929MP

ZEISS AT LARA toric 929MP

Extended depth of focus, bitoric, aberration-neutral

EDoF IOL for correcting astigmatism and providing a wide range of focus from far to near-intermediate distances.
Lens range:
Spherical Equivalent (SE) : +14.0 D to +27.5 D
Cylinder : +1.0 D to +4.0 D 0.5 D increments

  • Spectacle independence for intermediate and far distances
  • Less visual side effects than with multifocal IOLs
  • Aberration-neutral aspheric design and advanced chromatic correction for optimized contrast sensitivity


  

Image of ZEISS AT LARA 829MP

ZEISS AT LARA 829MP

Trifocal, aberration-correcting

EDoF IOL for a wide range of focus from far to near-intermediate distances.
Lens range :

  • Sphere from 10.0 to +32.0 D, 0.5 D increments

  

Image of ZEISS AT LISA tri 839MP

ZEISS AT LISA tri 839MP

Trifocal, aberration-correcting

Sphere from 0.0 to +32.0 D
0.5 D increments

  • For complete spectacle independence
  • Proven trifocal platform with more than 75 peer reviewed publications

  

Image of ZEISS AT LISA tri toric 939M/MP

ZEISS AT LISA tri toric 939M/MP

Trifocal, bitoric, aberration-correcting

Sphere from -10.0 to +32.0 D
Cylinder +1.0 to +12.0 D
0.5 D increments

  • Astigmatism correction with the highest level of spectacle independence enables patients to see clearly at all three distances without visual aids.
  • For complete spectacle independence
  • Most widely used trifocal bitoric IOL in the world
  • Proven2 rotational stability thanks to 4-haptic design

  

ZEISS Monofocal Toric IOLs

Image of ZEISS AT TORBI 709M/MP

ZEISS AT TORBI 709M/MP

Monofocal, bitoric, aberration-neutral

Sphere from -10.0 to +32.0 D
Cylinder +1.0 to +12.0
0.5 D increments

Correcting astigmatism precisely and achieving spectacle-free distance vision:

  • Easy to rotate thanks to convenient 4-haptic design
  • Bitoric design
  • Proven3 rotational stability thanks to 4-haptic design

  

ZEISS Monofocal IOLs

Image of ZEISS CT Asphina 409 M/MP

ZEISS CT Asphina 409 M/MP

Aspheric, aberration-neutral IOLs

Sphere from 0.0 to +32.0 D
0.5 D increments - +10.0 to +30.0 D
1.0 D increments - 0.0 to +10.0 D / +30.0 to +32.0 D

  • Neutral to the cornea
  • Does not induce spherical aberration
  • Less sensitive to decentration and tilt
  • Suitable for patients regardless of their corneal shape and pre-existing lens conditions (e.g. for post laser vision correction patients)

  

Image of ZEISS CT Asphina 509 M/MP

ZEISS CT Asphina 509 M/MP

Aspheric, aberration-correcting IOLs

Sphere from 0.0 to +32.0 D
0.5 D increments -10.0 to +30.0 D
1.0 D increments 0.0 to +10.0 D / -30.0 to +32.0 D

  • Designed to offset the positive spherical aberration of an average cornea
  • Induces negative aberration in order to compensate positive spherical aberration of the cornea
  • Improved contrast sensitivity particularly when the pupil diameter is large (mesopic & scotopic conditions)
  • Suitable for patients with regular corneal aberrations

  

Image of ZEISS CT SPHERIS 204

ZEISS CT SPHERIS 204

For standard-incision

Sphere from -10.0 to +30.0 D (from +31.0 to +45.0 D on request)
-10.0 to +10.0 D, increments of 1.0 D
+10.0 to +30.0 D, increments of 0.5 D
+30.0 to +45.0 D, increments of 1.0 D

A monofocal spheric IOL, implanted through standard-incision that supports excellent far vision and spectacle independence for far distances. Also available in high diopters up to +45 D.
  

Image of ZEISS CT ASPHINA 404

ZEISS CT ASPHINA 404

For standard-incision

Sphere from -10.0 to +42.0 D
0.5 D increments + 10.0 to +30.0 D
1.0 D increments -10.0 to +10.0 D / -30.0 to +42.0 D


A monofocal aspheric IOL inplanted through standard - incision that supports excellent far vision and spectacle independence for far distances. Also available in high diopters up to +42 D.

Image of ZEISS CT SPHERIS 209M

ZEISS CT SPHERIS 209M

For micro-incision

Sphere from 0.0 to +32.0 D
0.5 D increments -10.0 to +30.0 D
1.0 D increments -0 to +10.0 D / -30.0 to +32.0 D

A monofocal spheric IOL, implanted through micro-incision that supports excellent far vision- and spectacle independence for far distances.

ZEISS IOLs are made with a premium material with high Abbe number.

When patients expect high quality post-operative vision, you need an IOL that minimizes chromatic aberration ensuring superior image clarity.

That‘s why the Abbe number is important when selecting an IOL.

Rotational stability equals long lasting results in astigmatism correction.4

ZEISS Toric IOLs have a stable, 4-haptic design5 with 4 points of fixation. This design provides stable centration for optimal imaging quality and allows for simple rotation in both directions for easier and price positioning.

Choose from nearly 2000 toric IOL options.

One of the widest cylinder ranges of upto +12 D. An accurate choice of toric IOL for precise astigmatism correction and Cataract removal. Choose from 0.5 D increment steps in cylinder and Sphere.

Contact us for more information.

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  • 1

    Mencucci, R. et al., Clinical outcomes and rotational stability of a 4-haptic toric intraocular lens in myopic eyes, 2014, JCRS,40: 1479-1487.
  • 2

    Huawei Zhao et al: The effect of chromatic dispersion on pseudophakic optical. Br J Ophthalmol 2007;91:1225–1229.
  • 3

    Vaishnavi Balendiran et al: Uveal and capsular biocompatibility of a new hydrophobic acrylic microincision intraocular lens. Cataract Refract Surg 2020; 46:459–464.
  • 4

    EDOARDO A. LIGABUE et al: Nov/Dec 2011 I Insert to cataract & refractive surgery today Europe.
  • 5

    The Abbe number is 58 in the water, 60 in the BSS 5. ZEISS AT LISA, AT LARA, AT TORBI, CT ASPHINA and CT SPHERIS.