IsoPure 1.2.3
ISOPURE lenses represent a significant advancement in vision correction technology, providing a range of benefits that cater to both the needs of patients and the demands of modern ophthalmology. These lenses are designed with a non-diffractive surface, which helps in reducing unwanted visual disturbances, ensuring that patients experience clear and uninterrupted vision. The patented glistening-free hydrophobic material used in these lenses further enhances visual clarity by preventing the formation of micro-vacuoles that can scatter light and degrade image quality over time. Additionally, ISOPURE lenses are equipped with UV and Blue Light filtration, incorporating a natural yellow tint that protects the eyes from harmful rays without compromising color perception.
One of the standout features of ISOPURE lenses is their ability to deliver the same high-quality far vision as a standard monofocal intraocular lens (IOL), while also providing functional intermediate vision, making them versatile for a wide range of daily activities. This dual functionality is particularly beneficial for patients who require clear vision at varying distances but prefer the simplicity and predictability of a monofocal lens. The lenses are meticulously customized for spherical aberration (SA) per dioptric power, ensuring that each lens offers a tailored fit that optimizes the curvature and optic position for each patient. This customization allows for effective SA correction across the entire optic, enhancing the overall visual outcome.
Furthermore, the ISOPURE lenses incorporate a polynomial surface on both the anterior and posterior surfaces, a design that promotes consistent performance across a broad dioptric range. This means that regardless of the specific refractive needs of the patient, the lenses are engineered to provide reliable and precise vision correction. The lenses are also prepared to be implanted just like a monofocal IOL, simplifying the surgical process for ophthalmologists while offering the benefits of advanced optics to the patient. Importantly, the performance of ISOPURE lenses is relatively independent of pupil diameter and corneal shape, which adds to their versatility and suitability for a wide range of patients.
However, there are specific conditions where ISOPURE lenses may not be recommended. Patients with a cornea that has a negative SA, significant astigmatism greater than 1D, keratoconus, or those who have undergone Presby-LASIK or hyperopic LASIK may not be ideal candidates for these lenses. Additionally, patients with an abnormal corneal surface or those diagnosed with advanced AMD (Age-related Macular Degeneration) should avoid using ISOPURE lenses, as these conditions could compromise the effectiveness of the lenses or lead to suboptimal visual outcomes.
