Rayner RayOne Trifocal IOL
Rayner RayOne Trifocal IOL

Rayner RayOne Trifocal IOL

SGD 0.00

The RayOne Trifocal IOL family is designed to meet the growing demand for greater spectacle independence following cataract or refractive lens surgery. Developed to provide high-quality distance, intermediate, and near vision, the RayOne Trifocal platform utilizes Rayner’s patented diffractive optic technology created in partnership with a leading European technology institute.

Designed for active patients seeking a broader range of vision, the RayOne Trifocal family combines advanced optical performance with clinically proven visual outcomes across multiple focal distances.

The RayOne Trifocal IOL family is designed to meet the growing demand for greater spectacle independence following cataract or refractive lens surgery. Developed to provide high-quality distance, intermediate, and near vision, the RayOne Trifocal platform utilizes Rayner’s patented diffractive optic technology created in partnership with a leading European technology institute.

Designed for active patients seeking a broader range of vision, the RayOne Trifocal family combines advanced optical performance with clinically proven visual outcomes across multiple focal distances.

The optic features 16 diffractive rings/steps within a 4.5 mm diffractive zone, with the outer optic functioning as a monofocal distance zone beyond 4.5 mm. This design helps reduce visual disturbances, improves distance vision under mesopic conditions, and is developed to be less dependent on pupil size or lighting conditions.

The RayOne Trifocal range includes:

  • RayOne Trifocal Preloaded IOL — For capsular bag implantation

  • RayOne Trifocal Toric Preloaded IOL — For capsular bag implantation with correction of preoperative corneal astigmatism

  • Sulcoflex Trifocal Supplementary IOL — For ciliary sulcus placement with optional correction of refractive changes or residual refractive error

 

Rayner’s patented diffractive step trifocal technology reduces light loss to only 11%, transmitting 89% of light to the retina with a 3.0 mm pupil. Approximately half of the transmitted light is allocated for distance vision, while the remainder is distributed between intermediate and near vision.

 

Light energy split with a 3.0 mm pupil:

 

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