Accommodative object space
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.
DIGI GENPower Your Eyes Through Every Pixel
Digitally optimized lens for accuracy and comfort
Why DIGI GEN Lenses?
Digital lifestyle is increasing eye strain and visual fatigue.
Customers spend long hours on mobile, laptops, and digital devices.
Modern users demand comfort, clarity, and blue light protection.
DIGI GEN lenses are designed specifically for the digital generation.
Key Features of DIGI GEN
- Blue/Violet Light Filter technology
- Anti-reflection and scratch-resistant coatings
- Smudge-resistant and water-repellent surface
- Optimized for digital devices and modern lifestyle
- Available with power boosters: +0.50D, +0.75D, +1.00D
Technology Used
RayTrack 2 Technology works in synergy with nature. It utilizes the innate power of the human eye to refine the optimization process for personalized lenses.
Read about RayTrack 2
RayTrack 2 Technology’s advanced mathematical methods take advantage of the natural ability of the visual system to compensate for a portion of the spherical component of oblique aberration.
RayTrack 2 Technology considers small power adjustments wearers can naturally make at each fixation point. Oblique aberrations are minimized in a more effective way, offering wearers impeccable visual quality.
Here’s how it works
Raytrack 2 calculates a unique back surface design for each lens with a three-step optimization process.
Minimization of oblique aberrations
Next, it incorporates the wearer’s natural ability to accommodate including the accommodative object space, the visual range associated with each direction of gaze.
Benefits
Wider fields of view.
Reduced areas of blur result in wider fields of view for wearers.
Precise and comfortable vision.
For all working distances and any direction of gaze making lenses with Ray-Track 2 technology ideal for everyday wear and for viewing electronic devices.
A more consistent wearer experience.
Perceived power distributions remain stable, regardless of Rx or base curve. This is especially beneficial for patients with high prescriptions or large or wrapped frames.
Near elimination of peripheral blur.
Power boost based on the patient’s needs
The power boost in Digi Gen lenses is concentrated to maximize its effectiveness and maintain the same distance vision experience obtained with Digi Gen lenses.
This feature differentiates Digi Gen lenses from others. Three power boost options are available to suit the wearer’s needs.
+0.50 D
Ideal wearer: those with mild symptoms of visual fatigue.
+0.75 D
Ideal wearer: people with moderate symptoms of visual fatigue.
+1.00 D
Ideal wearer: pre-presbyopes and those with severe symptoms of visual fatigue.
RESULTS
11%
OBLIQUE ABERRATIONS IN TRADITIONAL LENSES
11% of gaze directions are now optimized taking into account the wearer’s accommodation capacity.
43%
OBLIQUE ABERRATIONS IN PERSONALIZED LENSES
43% of gaze directions are now optimized* taking into account the wearer´s accommodation capacity.
99.5%
OBLIQUE ABERRATIONS IN LENSES OPTIMIZED WITH Ray Track 2
99.5% of gaze directions are now optimized* taking into account the wearer´s accommodation capacity.
Theoretical study carried out on a single vision lens.
[+3.00 +1.00 × 45°], 6 D base, index 1.5.
* Blur <0.18 D.
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, Raytrack 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
Raytrack 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.