ASTRAL GREEN TITANIUM – Indoor – Unisex (HE-0706TAG)

Hyperlight Optics® Astral Green Titanium is not just a pair of glasses – it's a tool for mental clarity, focus and balance. The green shade represents calm, concentration and stability, and this unisex design for indoor use is developed with Hyperlight technology to protect the eyes from harmful light while promoting better mental performance and well-being.

Health benefits
Hyperlight Optics combines quantum technology and photobiology to provide more than just eye protection. Through the Fullerene C60 filter, harmful high-energy light is converted into harmonic wavelengths that resonate with the body's natural frequency system.

• Improved cognitive performance and focus: Astral Green Titanium harmonizes the brain's bioelectrical signals (EEG), and can contribute to better concentration, faster reaction time and improved decision-making ability. Regular use supports mental balance and increased productivity.

• Protection against blue light and digital stress: The glasses effectively block UV and high-energy blue light (<450 nm) from screens (LCD/LED), reducing eye fatigue, headaches and sleep disturbances caused by digital exposure.

• Hormonal and emotional regulation: The fullerene layer contributes to an optimal balance between serotonin and melatonin, which supports a good circadian rhythm, improved sleep quality and better mood.

• Sharpened vision and visual comfort: Hyperharmonized light reduces reflection and glare, provides clearer vision and more natural colors - ideal for office, teaching, gaming or other work with screens.

• Surprising effect – relaxation and mental peace: Studies show that Hyperlight Eyewear can have a relaxing effect on the autonomic nervous system and contribute to better resistance to stress.

Technical details and specifications
Hyperlight Optics uses patented Swiss technology based on Fullerene C60 – a nanomaterial with icosahedral symmetry that corresponds to the harmony of healthy biostructures. When light passes through the filter, the photon orientation changes at an extreme rate, and a phenomenon known as hyperharmonization of light occurs. This results in light that matches the eye's natural spectral sensitivity (450-780 nm), providing optimal comfort and physiological resonance.

• Model: ASTRAL GREEN TITANIUM – Indoor – Unisex

• Product code: HE-0706TAG

• Dimensions: 48 × 18 × 145 mm

• Weight: 0.026 kg net (0.275 kg gross)

• Lens type: CR-39 lens with Fullerene C60 nanophotonic coating

• Technology: Patented 8 Ioncoat K+ layers (vacuum procedure with different refractive index) - reduces reflection < 1%

• Coating: Double-sided hydro- and oleophobic surface that resists scratches, dirt and dust

• Hard Coat (HC): extends service life and protects anti-reflective coating

• Fullerene layer on both sides of the lens

• Area of use: Indoor use (office, screen work, low and medium light levels)

• Warranty: 2 years

• Manufacturer: BIOPTRON AG, Switzerland

• Distributor: Home Art & Sales Servis AG, Sihleggstrasse 23, 8832 Wollerau, Switzerland

• Norwegian importer/distributor: Uno Vita AS, Varnaveien 30, 1523 Moss, Norway

Reservation
Use of products that affect light and sensory experiences is at your own risk. The product is not intended as medical treatment, but as a well-being and protection product for vision and mental health. The effect may vary between individuals. Keep out of the reach of children. Uno Vita AS does not claim that the product can prevent or treat disease, but that it can support the body's natural balance.

Disclaimer
Uno Vita uses artificial intelligence for analysis and text design. We do not accept responsibility for possible errors or deficiencies due to human or technological conditions. The content is for informational purposes only and does not replace medical advice. Use is at your own risk. Uno Vita claims no medical effects, but refers to public research in line with the right to freedom of expression.

Freedom of expression and right to information
Uno Vita shares publicly available research and information in accordance with national and international laws on freedom of expression and information (UN Article 19, ICCPR Article 19, the Constitution § 100 and the US First Amendment).

Scientific references

1. Koruga D. (2019). Optical filter based on light-matter coupling in quantum-confined cavity spaces. EU Patent PCT/EP2019/065365.

2. Koruga D. (2018). Effect of hyperharmonized light on EEG signals. Zepterbook.

3. Koruga D. (2019). Optical filter and method of manufacturing an optical filter. EP 3469406 B1.

4. Gulyar S. et al. (2019). Ocular Influence of Nano-Modified Fullerene Light: Default Networks of the Human Brain. J. US-China Med. Sci.

5. Gulyar S. et al. (2019). Time Correlation of Sensorimotor Reactions under Nano-Modified Fullerene Light. J. US-China Med. Sci.

6. Boljanovic J. et al. (2021). Effect of Fullerene Hyperlight Eyewear on degenerative eye functions and psychological states. NewGalaxy Zepter's Nano World.

7. Jankov M. et al. (2019). Nanophotonic blue-light filtering spectacles based on Fullerene C60. Vojnosanitski pregled.

8. Filipovic B. et al. (2021). Influence of nanophotonic light on serotonin and melatonin levels. (In progress).

9. Burkhart K. & Phelps J. (2009). Amber lenses block blue light and improve sleep. Chronobiol Int.

10. Esaki Y. et al. (2017). Effect of blue-blocking glasses in major depressive disorder with insomnia. Chronobiol Int.

11. Henriksen T. et al. (2020). Blue-blocking glasses as additive treatment for mania. J Sleep Res.

12. Henriksen T. et al. (2014). Blocking blue light during mania improves sleep regularity. Bipolar Disorder.

13. Hester L. et al. (2021). Blue-blocking glasses for sleep and mood disorders: systematic review. Chronobiol Int.

14. Janků K. et al. (2020). Evening blue light filtration and insomnia treatment. Chronobiol Int.

15. Knufinke M. et al. (2019). Restricting short-wavelength light in the evening improves sleep. Eur J Sport Sci.

16. Stanković I. et al. (2020). Optical and structural properties of PMMA/C60 composites. J Polymer Res.

17. Kwon J. et al. (2022). Formation of matter-wave polaritons in an optical lattice. Nat Phys.

18. Ostrin L.A. (2019). Ocular and systemic melatonin and light exposure. Clin Exp Optom.

19. Sasseville A. et al. (2009). Blue-blockers and sleep of night-shift workers. Chronobiol Int.

20. Shechter A. et al. (2018). Blocking nocturnal blue light for insomnia. J Psychiatr Res.

21. Van der Lely S. et al. (2015). Blue blocker glasses for LED screen exposure. J Adolesc Health.