Addressing a Critical Gap in Traditional Lens Design

Addressing a Critical Gap in Traditional Lens Design

Conventional lenses fail to account for the way both eyes work together, often resulting in glasses-induced distortions that can be as uncomfortable as uncorrected vision. The *NeuroV.Lenz* takes a groundbreaking approach by addressing this oversight. Designed to support binocular vision, our patent-pending system effectively manages both dynamic and static aniseikonia. This innovation significantly reduces distortion, offering a more comfortable visual experience that alleviates eye strain and minimizes headaches.

What Makes NeuroV.Lenz So Special?

Traditional eyeglass design takes a monocular approach, focusing on making each eye see clearly on its own. However, this method can cause image sizes to differ between the eyes.

This mismatch forces the brain to work harder to merge the images, leading to constant focus struggles, suppression of one eye’s image, or even headaches and visual distortion. In many cases, patients stop wearing their glasses due to discomfort.

The NeuroV.Lenz system solves this issue through its binocular optimization program, which eliminates image size differences. This approach provides superior vision, improved depth perception, and greater comfort for glasses wearers.
 

At first glance, NeuroV.Lenz may seem like any other pair of glasses using standard market materials. However, its uniqueness lies in its personalized design process. Following a comprehensive Neuro Vision Functional Test, detailed patient data is used to create lenses tailored to their specific needs. This process combines in-house lens calculations with our unique training background, seamlessly integrating advanced knowledge into the lens design.

 

SunTime | NVS provides a tailored solution for every patient, regardless of their prescription. The NeuroV.Lenz system customizes lenses for both simple and complex prescriptions, even when aniseikonia is not present. Key features include:  

  • Index optimization for better lens clarity.  
  • 3D corridor length calculation to optimize progressive lens comfort.  
  • Frame design compatibility to ensure a perfect fit and visual alignment.  

These innovations empower clinicians to deliver outstanding results while enhancing patient satisfaction.

NeuroV.Lenz ---  The “Best Practice”  for Managing Complex Cases

The “Best Practice” for Managing Complex Cases

Current lens designs often ignore how the Brain-Eyes work together. NeuroV. Lenz use measured sensory, motor fusion limits and advanced math to align eye movement and balance image sizes, reducing distortion. Patients report improved comfort and fewer headaches.

The NeuroV.Lenz system excels in addressing challenging visual conditions, such as:  

  • Acquired anisometropia from surgical procedures, including keratoplasty, refractive surgery, cataract surgery, or retinal repair.  
  • Cataract-induced anisometropia.
  • Congenital or developmental anisometropia for patients wearing their first eyeglasses or transitioning to multifocals.  
  • Amblyopia (refractive, straight eye) treated without the need for patching.  
  • Asymmetrical astigmatism  
  • Myopes and hyperopes choosing frames with face form angles greater than five degrees.  
  • Patients requiring prescribed prism corrections.
  • Contact lens wearers, benefiting from reduced barrel distortion and faster adaptation.  
  • Part-time eyeglass users, who gain enhanced comfort and ease of use.  

Through its combination of advanced technology, individualized design, and clinical expertise, NeuroV.Lenz offers a superior solution for a wide range of visual challenges, setting a new standard in optical care.