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Tesla Bioptron Hyperlight Eyewear (Red, Kids)

$226 - (excl. VAT)
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Tesla Bioptron Hyperlight Eyewear (Red, Kids) Black is backordered and will ship as soon as it is back in stock.

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TESLA HYPERLIGHT EYEWEAR, MODEL 04, RED

Tesla Bioptron Hyperlight Glasses for Kids - Advanced Protection in the Digital Age

Summary of the product
Hyperlight glasses from Tesla Bioptron are specially developed to protect children's eyes from the harmful effects of blue light and UV radiation from screens and LED lights. These glasses combine innovative Fullerene lens technology with flexible, durable frames that are adapted to children's active everyday life. Focusing on eye health, cognitive support and skin protection around the eyes, Hyperlight glasses provide a holistic solution for the needs of modern children.

Benefits and effects

  • Effective protection against blue light and UV radiation
    Hyperlight lenses transform harmful blue light into pleasant colors, reduce eye fatigue and protect the eyes from long-term damage.
  • Cognitive support
    The glasses optimize brain function by harmonizing EEG signals, which can improve concentration, memory and decision-making.
  • Regulation of circadian rhythm
    By balancing the body's biological clock, the glasses contribute to better sleep quality and reduced stress levels.
  • Skin protection
    Fullerene lenses protect the skin around the eyes against the aging effects of harmful light and promote natural collagen production.
  • Durable design for children
    Metal-free, flexible and colorful frames make the glasses comfortable, safe and ideal for children.

Lens technology and materials

  • Fullerene lenses
    Based on Nobel Prize-winning research on Fullerene C60, these lenses provide advanced protection against blue light and enhance biomolecular processes.
  • Ioncoat K+ technology
    Eight patented layers reduce light reflection to less than 1%, providing sharper vision and reducing glare.
  • Hydro- and oleophobic coating
    These layers protect the lenses from scratches, extend their life and make them easy to clean.
  • CR 39 lenses
    Provides superior optical quality and is known for its durability.

Specifications

  • Product name: Hyperlight glasses, Red, Children
  • Item code: THE-0401RD
  • Dimensions: 123 x 37 mm
  • Weight: Gross weight 0.112 kg; net weight 0.024 kg
  • Produced in: EU
  • Warranty: 2 years
  • Area of use: Indoors and when using screens
  • Suitable for children: Yes

How to use the Hyperlight glasses
Wear the glasses daily during screen use and exposure to LED light to protect children's eyes and support their cognitive development.

Reservation
Use of the product is at your own risk. Tesla Bioptron Hyperlight glasses are designed for general health and well-being and are not a substitute for professional medical care.

Disclaimer
Uno Vita 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 Exposure on Eye Health." Journal of Ophthalmology.
  2. Smith, K. et al. (2020). "Effects of Blue Light on Circadian Rhythm." Journal of Sleep Research.
  3. Nakamura, T. (2019). "Fullerene C60: Applications in Optics." Nanotechnology Today.
  4. Patel, S. et al. (2021). "LED Light and Pediatric Eye Strain." American Journal of Pediatrics.
  5. Hatanaka, H. (2022). "Ioncoat Technology and Its Applications in Eyewear." Optical Engineering.
  6. Park, J. et al. (2017). "Antireflective Coatings and Eye Comfort." Applied Optics.
  7. Johnson, M.E. (2019). "Protective Layers in Modern Eyewear." Ocular Science Review.
  8. Chen, R. (2020). "Role of EEG Signal Modulation in Cognitive Function." Neuroscience Letters.
  9. Tanaka, T. et al. (2021). "CR 39 Lens Durability in Eyewear." Journal of Materials Science.
  10. Lin, Y. (2020). "Blue Light and Its Long-Term Effects on Skin Aging." Dermatology Research.
  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.
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