The ASPIRA-aA/-aAY is a one-piece monofocal capsular bag lens with all the advantages of a premium IOL:
- Aspheric, aberration-free optic design for improved contrast sensitivity
- XL delivery range
- MICS - for astigmatism-neutral implantations
- Preloaded SAFELOADER®
- Optionally with blue light protection
More Information
Monofocal 1P ASPIRA-aA
Monofocal 1P ASPIRA-aAY YELLOW
| Type | Monofocal posterior chamber IOL, 1-piece, foldable, optional blue light protection |
| Optic diameter | 6.0 mm |
| Total diameter | 12.5 mm |
| Material | Hydrophilic, glistening-free acrylic, UV absorber |
| Optic features | Aspheric anterior surface, aberration-free, 360° LEC barrier, HD optic (within the standard diopter range) |
| Haptic design | C-loop |
| Estimated A-constant (optical biometry) |
118.4 |
| XL diopter range | -20.0 to 60.0 D in 1.0 D steps 10.0 to 30.0 D in 0.5 D steps Also preloaded in SAFELOADER®: diopter range may differ |
| Also available as | MC 6125 AS/MC 6125 AS-Y Comparable model also available with spherical optic: AS/MC 5812 AS |
Aberration-free – suitable for all patients
Spherical aberration (SA) is a higher-order imaging error that can affect the contrast vision of patients after IOL implantation. Aberration-correcting IOLs are based on average values of corneal SA measurements. However, these IOLs can only partially compensate or even amplify the patient specific SA, since it varies greatly within individuals.
The aberration-free optic of the ASPIRA-aA/-aAY offers the basis for excellent imaging quality. The aspheric optic design is aberration-neutral, so that no additional imaging error is introduced into the eye. It is suitable for all patients, regardless of corneal aberration. Compared with spherical or aberration-correcting IOLs, patients benefit from increased contrast sensitivity and depth of field.
XL diopter range
The ASPIRA-aA/-aAY is available in an exceptionally wide delivery range beyond standard values commonly available on the market. IOLs with a sphere of -20.0 to 60.0 D provide optimal treatment, even for patients with extreme visual defects.
