Endless Single Vision

Goodrich Optical

Endless Pilot Progressive

Personalized free-form single vision lens. Advanced design provides unparalleled visual quality.

Use of electronic devices has transformed our lives. Time spent focusing on screens at close range has increased dramatically, creating the need to view objects at many distances with more agility and precision.

Endless Single Vision lenses were designed for modern lifestyles. The visual quality, clarity, and comfort of these premium single vision lenses are impeccable. These lenses revolutionize the current concept of personalization to incorporating Goodrich Optical Digital Ray-Path 2 Technology. Endless Single Vision lenses are more sophisticated and effective than a traditional personalized lens because the optimization process also considers the wearer’s accommodative ability to focus at different distances.

In recent double-blind wearer trials, 100% of patients were very satisfied with Endless Single Vision lenses. 96% reported excellent visual quality in distance, intermediate and near, and 96% said they provided excellent vision for use of electronic devices.
Single vision lens designed for modern lifestyles.

Category

Use: Special
Product: Personalized
Frequency of use: Regular

Ideal wearer

Those looking for the most innovative solutions.
Active wearers with demanding visual tasks.
Digitally connected wearers.
Wearers with all types of prescription powers.

Compatibility

Material & blank provider: Endless Single Vision lenses are compatible with any blank provider and lens index.
Coatings: Endless Single Vision lenses are compatible with any coatings you run at your lab.
Machinery & LMS​: Endless Single Vision lenses are compatible with almost any machinery supplier and LMS.

Endless Single Vision Technologies

Digital Ray-Path 2

Oblique aberrations are minimized more effectively than ever by incorporating the intelligent use of wearers’ accommodation into traditional calculations.
Read More

Free-form lenses for modern life

Most personalized single vision lenses are calculated based on the assumption that they will be used only for distance vision. But, in real life, they are worn for all activities and to view objects at all distances.

The visual demands of today’s single vision lens wearers are closely linked to the intensive use of digital devices. This creates the demand for impeccable visual quality at near and intermediate distances.

Endless Single Vision lenses were created for modern lifestyles. They are optimized and personalized for all visual distances, not just distance. Wearers experience exceptional vision for all activities.

Endless Single Vision Benefits

  • Impeccable visual quality, especially for high prescriptions and wrapped frames.

  • Comfortable and accurate focusing at all distances.

  • Near elimination of peripheral blur.

  • Superior visual quality for viewing digital devices.

Endless Single Vision Options

Endless Single Vision Features

Personalization

The design is further enhanced, when desired, by a complete set of individualization parameters that take into consideration the unique attributes of the frame and the preferences of the wearer. If no parameters are provided, Goodrich Optical Digital Ray-Path 2 will utilize default values.

Compensated power

Lens power differs from prescribed power. The design is calculated, point by point, to ensure wearers perceive the proper power when looking through their lenses at every distance and direction of gaze, including near distances for viewing electronic devices.

Optimized for accommodative object space

Goodrich Optical Digital Ray-Path 2 incorporates the intelligent use of the wearer’s accommodation into the traditional calculations for reducing oblique aberrations, resulting in a superior personalized lens. Oblique aberrations are minimized more effectively than ever before.

Consistency

The perceived power distribution remains stable, regardless of the prescription or base curve. This is especially beneficial for high prescriptions and large or wrapped frames.