Tesla Bioptron Hyperlight Eyewear® (Green)

SEE MORE • FEEL BETTER • THINK FASTER • PERFORM YOUR BEST • LIVE BETTER

Summary of the product
Hyperlight Eyewear® in green model 5355 is designed to protect your eyes, optimize brain function and promote mental balance. These glasses are designed with a unique fullerene lens that converts harmful blue and UV light into health-promoting wavelengths. The glasses are suitable for both indoor and outdoor use and offer advanced protection against harmful light from screens, LED lights and natural sunlight.

Benefits and features

Improves cognitive abilities
Hyperlight Eyewear® has positive effects on vision and brain function. This contributes to improved mental performance, physical well-being and overall balance:

• Improved concentration, attention and memory
• Faster and more precise decisions
• Optimized performance under stress or mental strain
• Increased productivity and efficiency

Improves vision
Hyperlight Eyewear® provides a sharper and clearer image, even in low light conditions. It reduces the strain on the eyes and provides better visual comfort:

• Reduced light scattering in the eye
• Improved contrast sensitivity and color intensity
• Reduced eye fatigue and discomfort
• Reduced glare from sudden bright lights

Anti-aging effects
Hyperlight Eyewear® protects the skin around the eyes against aging by converting harmful light radiation into health-promoting hyperlight. This contributes to:

• Regeneration and synthesis of collagen and elastin in the skin
• Prevention of new wrinkles and reduction of existing ones

Natural hormonal balance
The glasses help to regulate the body's hormone production and promote a natural balance:

• Increases serotonin and dopamine, which contribute to better mood and mental health
• Regulates melatonin levels for better sleep
• Reduces stress and anxiety
• Improves energy levels throughout the day

Unique lens design
Hyperlight Eyewear® is inspired by Nobel Prize-winning research on fullerene C60, a material with unique symmetry and health-promoting properties. The fullerene lenses transform harmful light into a quantum structured hyperlight that harmonizes with the body's biostructures.

Technical specifications

• Item code: THE-0102GN
• Product name: Hyperlight Eyewear®, Green
• Dimensions: 138 x 47.5 mm
• Gross weight: 0.14 kg
• Net weight: 0.12 kg
• Area of use: Blocks UV and blue-violet light for better visual comfort and mental balance
• Manufacturer: Home Art & Sales Services AG, Switzerland
• Place of production: EU
• Warranty: 2 years

Materials and coatings

• Hydro- and oleophobic coating: Protects against scratches, dust and dirt, and extends the life of the lens
• Hard Coat (HC): Provides extra protection and reinforces the anti-reflection layer
• Fullerene layers: Protects and improves brightness on both sides of the lens
• CR 39 lenses: Optically clear material that provides superior durability and quality

Who can use Hyperlight Eyewear®?
Hyperlight Eyewear® is ideal for students, professionals, pilots, athletes and anyone who wants better eye protection, improved vision and mental balance.

Reservation
Hyperlight Eyewear® is designed for general health and well-being and is not a substitute for professional medical advice. Use of the product is at your own risk.

Disclaimer
Uno Vita AS does not claim medical effects of the products we market, but refers to publicly available research in accordance with the right to freedom of expression.

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). "CR 39 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.