Auroflex EV
Auroflex EV is a negative aspheric hydrophilic acrylic foldable intraocular lens made of p-HEMA material which is a polymer that forms hydro gel in...
Categories: Surgical Blades
Description
Auroflex EV is a negative aspheric hydrophilic acrylic foldable intraocular lens made of p-HEMA material which is a polymer that forms hydro gel in water, is mainly designed to correct the corneal aberration during cataract surgery and provide enhanced vision.
Product features:
- Anterior spherical and posterior aspheric optic
- Optically designed to compensate the average corneal SA of majority of human population
- A negative spherical aberration of -0.15ต is allowed to:
- Suit cornea of majority of the global population
- Imitate results of the young natural crystalline lens
- Provide enhanced depth of focus & contrast sensitivity
- Better performance of visual acuity during mesopic and scotopic conditions
- Can withstand a tilt of 10 degree and decentration of 1.0mm
- Truedge technology to prevent PCO
- Anterior round edged polishing to avoid glares
- Dual haptic design ensures better stability and centration
![Aurolab/ Auroflex EV - Hydrophilic negative aspheric IOL](https://www.aurolab.com/images/mtf1.png)
![Aurolab/ Auroflex EV - Hydrophilic negative aspheric IOL](https://www.aurolab.com/images/mtf3.png)
![Aurolab/ Auroflex EV - Hydrophilic negative aspheric IOL](https://www.aurolab.com/images/mtf2.png)
MTF comparison of Aspheric IOLs and Standard spherical IOLs. Analysis shows that the IOL functions, similar to the standard spherical IOLs when tilted or decentered beyond tolerances.
![Aurolab/ Auroflex EV - Hydrophilic negative aspheric IOL](https://www.aurolab.com/images/cntrst2.png)
![Aurolab/ Auroflex EV - Hydrophilic negative aspheric IOL](https://www.aurolab.com/images/cntrst3.png)
![Aurolab/ Auroflex EV - Hydrophilic negative aspheric IOL](https://www.aurolab.com/images/cntrst1.png)
The illustration shows that the longitudinal spherical aberration is least with negative aberration aspheric IOLs. This results in better contrast sensitivity than standard spherical IOLs and zero spherical aberration IOLs.