HS Lens

HS-cover

Personalized digital surfacing bifocal lens with two different visual areas.

The usual bifocal. Created with digital surfacing technology on the backside of any semi-finished spherical lens blank, this lens manages to maintain the essence of traditional bifocals and, at the same time, includes the most innovative technologies such as IOT Digital Ray Path 2 technology, thanks to which this fully personalized lens reduces oblique aberrations, allowing wearers to focus with precision.

Ideal Wearer

  • Current bifocal wearers who wish to experience superior visual quality.
  • Bifocal lens wearers who want a broad selection of materials and treatments.
  • Vision therapy for children with accommodative difficulties.
  • Current bifocal wearers who value improved aesthetics.

Benefits

  • Wide areas of view at near and distance, free of aberrations.
  • Better aesthetics, less visible segment line.
  • Easy transition between visual fields.
  • Comfortable and precise focusing, especially when using electronic devices.
  • Near elimination of peripheral blur.
  • Countless material and treatment options.
  • High value solution.
HS-view32
HS-view40

Available in two segment diameters:

  • HS lens | 32 mm
  • HS lens | 40 mm

Technologies

  • IOT DIGITAL RAY-PATH 2

MFH

[Minimum fitting height]
14 mm

Features

Personalization

The design is further enhanced, when desired, by a complete set of individualization arameters that take into consideration the unique attributes of the frame and the preferences of the wearer. If no parameters are provided, IOT 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

IOT Digital Ray-Path 2 incorporates the intelligent use of the wearer’s accommodation into the
raditional 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.