Hyperlight Optics® ROME HAVANA are advanced glasses developed for women who want increased visual comfort and better handling of modern lighting environments, both indoors and outdoors. The product combines a classic Havana design with patented Swiss nanophotonic technology based on fullerene C60, developed to transform high-energy and stressful light into a more eye-friendly and harmonized light spectrum. The result is a pleasant viewing experience adapted to long days with screens, artificial lighting and varying daylight 🌤️

Integrated Hyperlight technology with fullerene C60

At the heart of ROME HAVANA is the patented Hyperlight Optics® lens, which contains fullerene C60 – a carbon-based nanomaterial known for its unique symmetry and optical properties. When light passes through the nanophotonic filtering, the orientation and energy of the photons is affected. High-energy UV and blue-violet light is reduced and transformed towards green, yellow, orange and red visible light, which better matches the eye's natural sensitivity 👁️

This process is referred to as hyperharmonization of light, inspired by geometric principles such as the Fibonacci sequence and the golden ratio, which are also found in biological structures and natural systems. The aim is not to block light, but to optimize the quality of the light for increased comfort and reduced visual strain.

Functional characteristics and perceived benefits

ROME HAVANA has been developed for daily use in a society characterized by LED lighting, screens and high visual stimulation 💻

• Reduces exposure to high-energy blue and blue-violet light
• Filters UV light and reduces glare
• Provides a softer and more stable lighting experience
• Can contribute to reduced eye fatigue when working with a screen
• Can support concentration and mental focus
• Suitable for both indoor and outdoor use without color distortion
• Designed for comfort during long-term use

Advanced lenses and surface treatment

For high optical quality and long life, ROME HAVANA is equipped with several technical layers ✨

• Fullerene C60 layer on both sides of the lens
• Patented Ioncoat K+ anti-reflective layers (8 layers) which reduce reflection to less than 1%
• Hard Coat (HC) for increased scratch resistance
• Hydro- and oleophobic coating that repels water, grease and dust
• Antistatic surface that makes cleaning easier

The lenses are produced in CR39 material, known for its low weight, high optical clarity and good wear resistance.

Technical specifications

Product name Hyperlight Optics® ROME HAVANA Women Indoor/Outdoor
Product code HE-ROMH
Dimensions 54 × 16 × 135 mm
Area of use Indoors and outdoors
Lens type CR39 with fullerene C60
Country of manufacture Italy
Manufacturer BIOPTRON AG, Sihleggstrasse 23, 8832 Wollerau, Switzerland
Warranty 2 years

Short product description (Shopify)

Hyperlight Optics® ROME HAVANA are stylish glasses for women with advanced fullerene C60 technology that optimizes light quality and reduces visual strain. Suitable for both indoor and outdoor use – comfort, clarity and modern design in one.

Reservation

This product is a consumer product for visual comfort and general well-being. It is not intended to diagnose, treat or prevent disease. Perceived effects may vary from person to person.

Disclaimer

Uno Vita AS disseminates information based on producer data and publicly available research. The content is intended as general information and is not a substitute for professional medical advice. Use is at your own risk.

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Uno Vita uses its right to share scientific information in line with §100 of the Norwegian Constitution, the UN Declaration of Human Rights Article 19 and international conventions on freedom of expression and information.

Scientific references

1. Jovanović T, Koruga Đ. Clinical impact of nanophotonic blue-light filtering spectacles based on fullerene C60. Vojnosanite Pregl. 2021

2. Nakane T et al. Ocular influence of nano-modified fullerene light. Journal of Health Sciences. 2019

3. Li L et al. Fullerol and light-induced retinal stress. Redox Biology. 2023

4. Koruga Đ. Fullerene C60 as a quantum light transformer. Bioptron AG. 2019

5. Nakazawa Y et al. Blue light exposure and ocular health. Prog Retin Eye Res. 2020

6. Büchner AM. Impact of blue light on eye health. Environ Health Perspect. 2018

7. Smith K et al. Blue light and circadian rhythm. Sleep With Rev. 2020

8. Park J et al. Antireflective coatings and eye comfort. Optics Express. 2017

9. Tanaka T et al. CR39 lens durability. Polymer Degradation and Stability. 2021

10. Hatanaka H. Ioncoat multilayer optical coatings. Surface & Coatings Technology. 2022