We offer a choice of digital free-form progressive lenses, depending on the degree of personalization required. These lenses are designed for all-purpose use and can be customized to suit patient´s lifestyles. For lens designs specially adapted for driving and sports, please see our Remedy Specialty Lenses.
Remedy CamberTM Max Progressive
Our top-of-the-range progressive lens delivers unbeatable optics and aesthetics. The CamberTM dual-sided lens blank combined with IOT Digital Ray-Path 2 Technology ensures wide reading zones, improved peripheral vision, extended power range, more aesthetically pleasing lenses, and unbeatable near vision performance.
Remedy Max Progressive
A fully personalizable progressive lens which delivers impeccable vision quality. IOT Digital Ray-Path 2 technology enables a new level of personalization by taking into account the wearer´s own power of accommodation to refine the lens design. This lens offers wide fields of view at any distance, with virtually NO peripheral blur, and adapts perfectly to every lifestyle.
Remedy Plus Progressive
A non-personalized progressive lens, incorporating Steady Methodology to deliver enhanced image stability and peripheral vision. This entry-level progressive lens offers a high-value, reliable solution that is ideal for lower Rx or part-time glasses wearers.
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Remedy Drive
A high-quality progressive lens designed for both daytime and nighttime driving. Traditional progressive lenses might not offer enough field of view or peripheral clarity for driving, and at night, reduced light can increase risks and lead to tiredness. This lens utilizes IOT Digital Ray-Path 2 Technology, making the customization process far more advanced and effective by considering the wearer’s ability to focus at various distances.
Remedy Sport
Custom-designed progressive lenses with an innovative feature: two zones dedicated to near vision. These lenses utilize IOT Digital Ray-Path 2 Technology, which enhances lens customization by factoring in the wearer’s natural eye adjustments to reduce side distortions more effectively than traditional methods, offering a tailored lens experience with minimized oblique aberrations.