Hyperlight Eyewear, CAPRI BLACK for Women, Outdoor

Hyperlight Eyewear CAPRI BLACK for Women is developed for modern women who want style and advanced protection against harmful light. These glasses combine design and technology to provide optimal comfort, visual clarity and well-being. With special fullerene lenses that transform harmful light waves into harmonized and health-promoting radiation, CAPRI BLACK is ideal for outdoor use. The light and durable frames give a sophisticated look while protecting against UV radiation and blue light.

Benefits and features
Optimal eye protection:

• Blocks harmful UV radiation and blue light from screens and natural sunlight.
• Reduces glare and improves contrast sensitivity for better visual clarity.
• Helps reduce eye strain and visual discomfort.

Improved cognitive function:

• Supports better concentration, focus and mental balance.
• Contributes to the regulation of the body's production of melatonin and serotonin, which supports sleep and good mood.
• Reduces stress levels and promotes mental performance.

Innovative design and technology:

• Fullerene C60 lenses: Based on Nobel Prize-winning research with unique light-transforming properties.
• Anti-reflective coating: Reduces glare and improves visual comfort in all light conditions.
• Lightweight and durable frames that withstand daily use and exposure to the elements.

Anti-aging effects:

• Protects the skin around the eyes from harmful light that can cause ageing.
• Supports regeneration of collagen and elastin, which helps prevent fine lines and wrinkles.

How does Hyperlight Eyewear work?

• Transforms harmful light into harmonized radiation that is beneficial for the body's biorhythms.
• Reduces eye strain during prolonged exposure to screens or bright light.
• Contributes to better visual clarity and reduced fatigue, especially in demanding lighting conditions.
• Supports the body's natural processes for increased well-being and mental clarity.

Technical specifications

• Product name: CAPRI BLACK for Women, Outdoor
• Item code: HE-CAPB
• Dimensions: 57x19x140 mm
• Gross weight: 0.267 kg
• Net weight: 0.022 kg
• Place of production: Italy
• Warranty: 2 years
• Suitable for indoor use: No

Materials and properties

• Hydro- and oleophobic coating: Protects against scratches, dirt and moisture for long-term use.
• CR39 lenses: Durable lenses with high optical clarity.
• Fullerene layers: Harmonizes light waves to support the body's natural biorhythms.

Who is Hyperlight Eyewear CAPRI BLACK suitable for?
Hyperlight Eyewear CAPRI BLACK for Women suitable for:

• Women who want effective protection against blue light and UV radiation during outdoor activities.
• Those who spend a lot of time in natural sunlight and want better visual comfort.
• People who want to combine style with advanced technology for better well-being.

Disclaimer and disclaimer
Hyperlight Eyewear is designed for general health and well-being and is not a substitute for professional medical advice. Use is at your own risk. Uno Vita AS does not make medical claims about the products, but refers to publicly available research in accordance with the right to freedom of expression. The information provided is intended for informational purposes only and not for diagnosis or treatment.

Scientific references

1. Büchner, A. M. (2018). "Impact of Blue Light on Eye Health." Journal of Ophthalmology.
2. Nakamura, T. (2019). "Fullerene C60: Applications in Optics." Nanotechnology Today.
3. Smith, K. et al. (2020). "Effects of Blue Light on Circadian Rhythm." Journal of Sleep Research.
4. Park, J. et al. (2017). "Antireflective Coatings and Eye Comfort." Applied Optics.
5. Lin, Y. (2020). "Blue Light and Its Effects on Cognitive Function." Neuroscience Letters.
6. Patel, S. et al. (2021). "LED Light and Pediatric Eye Strain." American Journal of Pediatrics.
7. Johnson, M.E. (2019). "Protective Layers in Modern Eyewear." Ocular Science Review.
8. Tanaka, T. et al. (2021). "CR39 Lens Durability in Eyewear." Journal of Materials Science.
9. Chen, R. (2020). "Role of EEG Signal Modulation in Cognitive Function." Neuroscience Letters.
10. Hatanaka, H. (2022). "Ioncoat Technology in Eyewear." Optical Engineering.
11. Kumar, P. (2019). "Biomolecular Impact of Blue Light Exposure." Cellular Biology.
12. Zhang, X. (2021). "Hyperlight Technology in Pediatric Optics." Journal of Vision Research.