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As the roads become increasingly crowded and we spend a lot of time driving, our eyes become easily tired.
The ProDrivo 2.0 lenses, especially designed for driving, enhance comfort and safety while driving, offering the wearer clearer vision not only during the day but also during the night.
Reduces visual fatigue;
Offers better comfort and enhanced visual acuity;
Ensures better vision of the dashboard and rearview mirrors;
Incorporates a night vision zone especially designed for night driving;
Minimizes reflections;
Provides enhanced contrast;
Offers 100% UV protection;
Reduces the intensity of all traffic lights;
They are lenses that can be fully personalized;
Recommended to all drivers.
Through their design, ProDrivo 2.0 progressive and single vision lenses take into account more parameters, considering also the change in diopters during nighttime, compensating night myopia. This creates a special area adapted to nighttime vision, offering the drivers better vision quality, reducing stress and eye fatigue.
ProDrivo 2.0 progressive lenses offer comfort and enhanced visual acuity when looking at the dashboard of the car and the rearview mirrors. The lateral distortions are minimized and peripheral vision is improved.
Incorporating the Digital Ray Path® 2 Technology, the lens optimization process considers the wearer’s accommodative ability and their capacity to focus on objects at different distances. The level of personalization is much more efficient than ever before.
The ProDrivo 2.0 lenses combine one monomer (UVAllBlue) with a specific coating (DriveLight) which helps filtering the intensity of light from coming traffic and not only. It is also reducing the blinding glare sensation, minimizing reflections, enhancing visual comfort and contrast perception, offering 100% UV protection at the same time.
Due to the innovative design and state of the art surfacing technology, ProDrivo 2.0 lenses can be used in any daily activity.
ProDrivo 2.0 progressive lenses are available in S and M corridor. Required measurement: pupilar height, pantoscopic tilt, back vertex distance and WRAP angle.