Prof. Cosimo Mazzotta MD, PhD

Prof. Cosimo Mazzotta MD, PhD

“I chose iVis Suite technology because for its highest scientific background and superior technology in customized no-touch therapeutic and refractive corneal surgery. First of all the diagnostic platform of the new Precisio-2 Scheimpflug-based tomography allows the most accurate acquisition of the corneal surface, aberrometry and ray-tracing analysis taking into account the exact contribution of the posterior corneal surface that is actually unique in the panorama of therapeutic corneal surgery. The combination of corneal tomography guided treatment pattern, epithelial mapping and cTEN ablation profile on the iVis laser platform has helped to dramatically improve many patients visual outcomes with extreme corneal irregularities like post corneal transplantation, decentered ablations and particularly in mild to moderate keratoconic corneas in combination with customized accelerated collagen cross-linking including my M nomogram”.

“The cTEN no-touch procedure helped my patients feel better during and see appreciably better in the first few weeks after surgery, compared with conventional aspheric PRK removing the epithelium with a blunt metal spatula. My patients have been able to resume office work and enjoy performing their daily activities much earlier with cTEN consistently providing the great and fast results the patients were expecting to get”.

“The iVis excimer laser technology takes you to the level of excellence that is necessary today for corneal refractive surgery and for central corneal regularization CCR. Particularly remarkable is the treatment of high refractive errors, as well as the ability of this laser platform to perform selective customised corneal tomography-guided ablations through CIPTA. The possibility to get repeatable and accurate measurement of the whole corneal surfaces by the Precisio-based ray-tracing maps together with epithelial mapping enable us to use small optical zones by calculating the ideal pupil size by the P-Metrics allowing the better functional outcomes by consuming the small amount of corneal tissue thus leaving the cornea strong both in refractive and customized therapeutic procedures”.