Tesla Hyperlight Eyewear® Butterfly Blue - Innovative Protection and Revitalization for the eyes

Tesla Hyperlight Eyewear® Butterfly Blue represents groundbreaking technology for eye protection and mental optimization. These glasses combine advanced quantity technology, unique lens design and scientifically based solutions to protect the eyes from harmful radiation and improve the body's natural functions. This model, butterfly Blue, is specifically designed to provide a relaxing effect and improved decision-making, while shielding the eyes from UV light and harmful blue violet light from LCD and LED screens.

Benefits and features

• Protection against harmful light
  Hyperlight Eyewear® Butterfly Blue protects the eyes by transforming UV and high energy blue light to more advantageous light waves in the visible spectrum (green, yellow, orange and red).
  Protects against harmful blue violet light from digital screens and LED lights, while optimizing visual comfort.

• Improves visual experience
  The glasses reduce glare and light spread, causing sharper vision and improved contrast sensitivity.
  Intensifies colors and provides a more comfortable visual experience, even in demanding lighting conditions.

• Optimizes brain function
  Harmonizes EEG signals, promotes mental sharpness and improves decision-making.
  Supports neuroendocrine regulation, including increased serotonin production and balance in serotonin/melatonin ratio, which can help reduce stress, insomnia and depression.

• Contributes to anti-aging
  Protects the delicate skin around the eyes from aging caused by UV radiation.
  Stimulates natural synthesis of collagen and elastin to maintain the skin's elasticity and reduce wrinkles.

• Regulates the circadian rhythm
  Affects the body's biological clock by balancing blood pressure and body temperature.
  Reduces the effects of jet layers and sleep disorders.

Technological properties

• Fuller C60 team
  Nobel prize -winning technology that converts harmful light to hyperharmonized light, supports the body's homeostasis and improves cell function.
  The Fuller team protects both sides of the lens.

• CR 39 lenses with advanced coating

  • Hydro- and oleophobic coating: Protects against scratches, dirt and dust, making the lenses easy to clean.
  • Anti -Flexment coating: Reduces light reflections to less than 1 % for improved vision.
  • Hard Coat (HC): Provides extra protection and extend the lens life.
  • Patented 8 Ioncoat teams: Increases visual clarity and protects the lens from damage.

Specifications

• Color: Blue
• Dimensions: 56 x 18 x 135 mm
• Net: 0.14 kg
• Gross: 0.15 kg
• Warranty: 2 years
• Producer: Bioptron AG, Switzerland

Who can use Hyperlight Eyewear® Butterfly Blue?

The glasses are suitable for anyone who wants to protect their eyes, improve mental performance and promote general well -being, including:

• People who spend a lot of time in front of screens or in bright light.
• Working with high mental requirements.
• Those who seek to reduce stress and improve sleep quality.
• Those who want to protect the skin around the eyes from aging.

Disclaim
Uno Vita AS does not claim the medical effects of the products we market, but share publicly available research within the framework of freedom of speech. The information is intended for information purposes and should not replace professional medical advice or treatment.

Scientific references
Hall, Rosbash & Young (2017). Light and circadian rhythm.
Gulyar et al. (2019). EEG effects of hyperharmonized light.
Lin JB et al. (2017). Blue light blocking glasses and eye dish.
Stanković et al. (2020). Optical properties of PMMA/C60 composites.
Filipovic et al. (2021). Effects of light on hormone balance.
Koruga D (2019). Nanotechnological filter properties and biocompatibility.
Ostrin La (2019). Melatonin and light exposure.
Henriksen et al. (2020). Sleep improvement with blue light blockers.
Esaki Y et al. (2017). Effects of blue light filters on depression and sleep.
Burkhart & Phelps (2009). Use of amber lenses for sleep improvement.
Ape RS et al. (2017). Cognitive performance and blue light filtration.
Jankov & Koruga (2019). Clinical benefits of nanophotic lenses.