Endless Sun
For sunglass lenses and outdoor sports, a wearer’s top priority is to obtain clear vision at all times with the broadest possible range for distance vision.
Endless Sport Progressive lenses offer virtually panoramic vision. Digital Ray-Path 2 calculation technology ensures maximum visual performance regardless of prescription, and the selected frame. Focus is always precise and comfortable, even with very wrapped frames.
For active people who want impeccable distance vision.
- Maximum distance vision.
- Unmatched dynamic vision with comfortable and precise focus at any distance.
- Optimized fields of view, even with highly wrapped frames and higher prescriptions.
- Near elimination of peripheral blur.
Use: Specialty
Product: Personalized
Frequency of use: Occasional
Those looking for unsurpassed visual quality.
Wearers who need a reliable solution for dynamic activities.
Wearers who choose wrapped frames.
Sunglass wearers.
Patients with low to medium add powers and limited near vision needs.
Wearers who are looking for superior vision for outdoor activities.
Material & blank provider: Endless Sun Progressive lenses are compatible with any blank provider and lens index.
Coatings: Endless Sun Progressive lenses are compatible with any AR coatings
Endless Sun Technologies
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Digital Ray-Path 2 Technology
In addition to mathematically compensating for oblique aberrations, Digital Ray-Path 2 adds the intelligent use of the wearer’s accommodation: the small power adjustments the eyes naturally make to view objects at different distances. Lenses customized with this technology have drastically reduced oblique aberrations across the entire field of vision. They are more comfortable, have impeccable visual quality, and more precise focus.Pushing the limits of geometry in lens personalization
Digital Ray-Path 2 pushes the limits of geometry in lens personalization by incorporating the wearer’s accommodative capacity in the final lens calculation to further minimize oblique aberrations.
Oblique aberrations, found in any lens, include astigmatic and spherical power errors. These errors create an out-of-focus image as the wearer’s gaze moves away from the optical center of the lens. Eliminating them completely is not mathematically possible. Some residual power error remains, causing a slight blur.
The eye lens system
First, it creates a simulation of the complete system that includes the eye and considers all available information on the wearer, frame, and lens blank.
Accommodative object space
Next, it incorporates the wearer’s natural ability to accommodate including the accommodative object space, the visual range associated with each direction of gaze.
Minimization of oblique aberrations
Finally, it analyzes and minimizes oblique aberrations at various distances and for each direction of gaze over the entire accommodative object space. The result: extremely clear vision and precise focus.
Materials: Plastic, Polycarbonate, Trivex, 1.60 Index, 1.67 Index, and 1.74 Index
Color Options: Clear, Transitions Gray, Brown, XTRActive, XTRActive Polarized, Transitions Style Colors, All Photofusion X Colors, Blue Protek, Polarized Gray C and Brown C, Polarized Colors, Polarized Mirrors
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