Rayner RayOne Trifocal IOL
Patient expectations from lens surgery are changing, with an increasing desire to be spectacle free as they continue to lead highly active and social lifestyles until much later in life.
Whether your patients are having cataract surgery or visiting you for refractive enhancement, our complete family of trifocal IOLs are clinically proven to provide them with best visual outcomes.
Our family of trifocal IOLs use Rayner’s patented diffractive profile that was designed in partnership with a leading European technology institute. This new design of diffractive technology is the most advanced optic in our history and possibly the most advanced in the industry.
Patient expectations from lens surgery are changing, with an increasing desire to be spectacle free as they continue to lead highly active and social lifestyles until much later in life.
Whether your patients are having cataract surgery or visiting you for refractive enhancement, our complete family of trifocal IOLs are clinically proven to provide them with best visual outcomes.
Our family of trifocal IOLs use Rayner’s patented diffractive profile that was designed in partnership with a leading European technology institute. This new design of diffractive technology is the most advanced optic in our history and possibly the most advanced in the industry.
Patient expectations from lens surgery are changing, with an increasing desire to be spectacle free as they continue to lead highly active and social lifestyles until much later in life.
Whether your patients are having cataract surgery or visiting you for refractive enhancement, our complete family of trifocal IOLs are clinically proven to provide them with best visual outcomes.
Our family of trifocal IOLs use Rayner’s patented diffractive profile that was designed in partnership with a leading European technology institute. This new design of diffractive technology is the most advanced optic in our history and possibly the most advanced in the industry.
Our patented diffractive step trifocal technology reduces light loss to only 11%
89% of light is transmitted to the retina with a pupil of 3.0 mm
Half the light is allocated for distance
Remaining light is divided between near and intermediate vision
Light energy split with a 3.0 mm pupil: