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Aurovue EV Toric

Aurovue EV aspheric Toric IOL is manufactured from highly bio-compatible hydrophobic acrylic polymer is different from other lens materials, because it has optimum tackiness, which helps bind the IOL to the capsule for better rotational stability.


Designed for accuracy:


  • Wide range of toric models to correct astigmatism from 1D to 4D in the corneal plane
  • Negative spherical aberrated optic (-0.15 µm) to provide good contrast sensitivity in low light conditions.
  • Truedge Technology: 360 degree square edge posterior reduces chances of PCO
  • Markings ensure precise alignment, even with smaller pupil sizes
  • Force-enduring haptics with modified C-loop design; holds lens in place within capsular bag of the eye
  • Glistening free optic and controls color dispension to effectively reduce chromatic aberration
  • Ergonomically designed preloaded injector system for smooth delivery of IOL
  • Force enduring haptic design for exceptional rotational stability and adaptability to different size of capsular bag

Truedge : developed for successful long-term outcomes:

  • 360 degree square edge on the posterior side exerts extra pressure on the posterior capsule compared to rounded edge and creates a capsular bend that prevents cell migration behind the optic
  • Projected posterior edge at the optic-haptic junction and a 3 degree vault of the haptic ensures 360 degree capsular contact and prevents epithelial cell migration through the optic-haptic junction

Rotational stability for uncompromised surgical outcomes

Toric IOLs must maintain rotational stability, since every 1 degree rotation results in a loss of 3.3% of IOL cylinder power. The following features of Aurovue EV Toric IOL ensures long-term astigmatism correction:

  • Optimised tackiness in Aurovue hydrophobic material helps binding the IOL with the capsule ensures better rotational stability.
  • Force-enduring haptics offers better IOL centration.

Automated Online Toric Calculator: reducing surgical uncertainty

Pre determine all the elements of complex procedures with Automated Online Toric Calculator

  • Gives the surgeon option to specify his incision zone
  • Predicts the top 3 best outcomes possible within the specified incision zone
Design Characteristics
Optic Diameter 6.00 mm
Overall Length 13 mm
Optic Design Anterior surface Aspheric toric (negative aberration)
Square Edge Truedge technology 360° square edge
Haptic Design Force enduring haptic with modified 'C' loop design
Angulation 3° Angulation
A Constant 118.7 (Optical)
118.4 (Ultra sound)
ACD 5 mm
Diopter Range 10 to 15 in 1 D increment
15 to 25 in 0.5 D increment
Delivery System Disposable Preloaded Cartridge and Injector system with 2.8 mm incision
Material Characteristics
Lens Material Hydrophobic Acrylic
10% UV cut off 385 nm
Light Transmittance More than 90%
Glass Transition Temperature 8° C
Refractive Index 1.47
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