The Aspira® platform consists of monobloc IOLs in MICS-design made of clinically well-proven homogeneous acrylic material of the highest transparency and biocompatibility. The patients benefit from brilliant clear imaging by those innovative IOLs, manufactured with modern production technologies in sub-nano resolution.
With the broad setup of the Aspira® a range of more than 60 diopters can be covered!
NEW: ASPIRA-aXA with 7.0mm optic !!
The Safeloader® autoloading container - the new implantation tool for more flexibility in the OR.
Separated components for the highest safety level: separated sterilization processes for IOL and injector as well as isolated IOL storage without contact of the IOL with the cartridge coating prior to insertion – that is different compared to usual preloaded systems. The easy handling of the Safeloader® enables individual flexibility in the OR. The various IOLs of the monobloc platform can be combined with different incision sizes.
The Diffractiva® multifocal-platform of newest generation IOLs incorporates the most advanced features for optimal visual performance, combined with the advantages of long-term, proven materials and designs.
It is developed to meet the individual needs of each patient in everyday life, so they can benefit from outstanding visual quality.
The Diffractiva® features a +3.5 D near addition on IOL plane which ensures good functional near and intermediate visual acuity.
As with the innovative Diffractiva® concept the diffractive ring structure is focalized to the inner, central region and the step heights decrease gradually towards the periphery, reducing drawbacks such as glare and halos to a minimum. This design not only lowers optical side effects, but also enables dynamic light-distribution in accordance with different pupil sizes.
The ArtificialIris is the world's first foldable artificial iris, which is used for optical and aesthetical reconstruction of eyes with complete or partial aniridia. The ArtificialIris is individually custom-made – giving it a very close match to the patient’s original iris color