Hoya Nulux iDentity V+ Lenses: New Single Vision Lenses that offer Clearer Vision

Hoya has a new product on the market, Hoya Nulux iDentity V+ spectacle lenses, that enable clearer vision and a thinner lens profile. How is this achieved? By designing a single vision lens for personalised vision correction, incorporating freeform technology and bi-aspheric/atoric lens design for optimal clarity and aesthetics. It aims to provide focused vision in all directions and excellent visual sharpness across the entire lens surface, especially for those experiencing peripheral distortions or limited frame choices due to lens thickness.

Key Benefits of Hoya Nulux iDentity V+ Lenses

  • Personalised Vision: The lens design takes into account individual wearing parameters (pantoscopic tilt, frame wrap angle, vertex distance) and wearer's frame choice for a tailored experience. 

  • Enhanced Clarity: Freeform technology and a bi-aspheric/atoric lens design minimise distortions and aberrations, offering a wider field of view compared to standard single vision lenses. 

  • Focused Vision: Designed to provide focused vision in all directions, minimising peripheral distortions and maximising visual comfort. 

  • Suitable for Various Needs: Beneficial for individuals with higher prescriptions, those experiencing peripheral distortions in standard lenses, or those limited by frame choices due to lens thickness. 

  • Pixel-Perfect Clarity: Aimed at delivering sharp and clear vision across the entire lens surface. 

Key Technology incorporated into Hoya Nulux iDentity V+ Lenses

The lenses feature technological advancements that differentiate them from others on the market, including:

  • Oblique Angle Compensation:  Looking through a standard lens at an oblique angle creates aberrations. This can cause eye fatigue and vision problems. They use freeform surfacing and advanced contouring technology to eliminate aberrations. The freeform technology ensures optimal visual clarity and improved aesthetics.  

  • Backside Surface Precision Technology: This advanced technology refines points across the back surface of the lens, creating a flatter, sleeker lens profile. This delivers a wider field of vision without bulkiness.

  • Ultra-Personalised: By considering factors that other lenses ignore, such as a patient’s position of wear, they offer a personalised experience. 

  • Engineered with Freeform Technology: The lenses are fine-tuned using advanced digital surfacing to create a lens as unique as you.

Who Can Best Benefit from the Hoya Nulux iDentity V+ Lenses?

Hoya Nulux identity V+ can be especially beneficial for wearers with strong prescriptions. Strong prescriptions can cause distortion in peripheral vision, also known as the fishbowl effect. The advanced technology of these lenses ensures clear, stable vision at any angle.

These lenses also consider how the frames rest on your face. By tailoring the fit to your individual preferences and position of wear, they offer superior comfort.

The lenses are ideal for patients who want a modern, refined look without compromising on vision quality. Maintain sharp, unrestricted vision at all angles and directions of gaze while enjoying a sleek lens appearance. 

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Enjoy Consistently Clear Vision with Hoya Identity V+ Lenses

The technology behind Hoya Identity V+ lenses ensures a precise fit, stylish appearance, and clear vision at any angle. 

We have prescribed these lenses to a number of patients and have received great feedback. If you’re curious about whether the lenses might be right for you, we’d love to see you for a comprehensive eye exam. We can determine if you’d be a good candidate for the  lenses and help you discover the benefits of clearer vision.

Contact us with questions or to book your eye exam. 

Clare Rossiter

Clare has been involved with For Eyes Optometrist from the acquisition of the practice in 2015.  I have been told that I love paper - a great attribute for an accountant! She is also a Senior Lecturer for the Doctor of Optometry at the University of Western Australia.

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