Hyperlight Eyewear® for children, Red, Mrbu (The-0402rd)

Revolutionary protection for children's eyes in the digital age

Hyperlight Eyewear® Red Mrbu (The-0402RD) is designed specifically for children who are daily exposed to harmful artificial light from digital screens, LED lights and other light sources. These innovative glasses not only protect the children's eyes, but also help to improve their cognitive function and general well -being. With its comfortable, flexible frames and stylish designs, available in several colors, the glasses are the perfect choice for modern children.

Why choose Hyperlight Eyewear® for children?

Children's eyes are more vulnerable to harmful effects of artificial light than adults. Continuous exposure to blue light from screens can adversely affect their views, sleep, cognitive development and general health. Hyperlight Eyewear® offers a revolutionary solution that transforms harmful light to health -promoting hyperly lights and provides optimal protection and comfort.

Benefits and features

• Protection against harmful light

  • Block UV light and high-energy blue light from sunlight, LCD and LED screens.
  • Transforms harmful light to green, yellow, orange and red light waves that are more gentle on the eyes.

• Improved visual comfort and health

  • Provides sharper vision, improved contrast sensitivity and intensified colors.
  • Reduces glare, light spread and long -term screen use.

• Cognitive and hormonal benefits

  • Harmonizes EEG signals, which promotes better concentration and attention.
  • Regulates the levels of serotonin and melatonin, which contributes to better sleep and reduced stress.
  • Supports a healthy circadian rhythm and improves decision -making skills.

• Anti-aging and protection of the skin around the eyes

  • Protects the skin around the eyes from harmful radiation and promotes the synthesis of collagen and elastin.

Advanced technological properties

• Fuller C60 technology: Converts harmful light to hyperharmonized light that supports the body's natural regeneration processes.
• CR 39 lenses with special coatings:
  • Hydro- and oleophobic layers: Protects from dirt, scratches and dust, and extends the lens life.
  • Anti -Flexment coating: Reduces blending and providing a sharper visual experience.
  • Super Top Coat (STC): Make the lenses easy to clean and reject dust particles.
  • Hard Coat (HC): Provides extra protection against scratches and extends the lens life.

Technical specifications

• Product name: Hyperlight Eyewear, Red, Mrbu, Kids
• Model code: The-0402rd
• Dimensions: 123 x 37 mm
• Net: 0.024 kg
• Gross: 0.112 kg
• Warranty: 2 years
• Application: Suitable for use indoors and as protection against harmful blue and UV light.
• Produced in: EU

Why invest in Hyperlight Eyewear® for children?

Hyperlight Eyewear® is an investment in children's health and future. These glasses provide a solution without compromise and protect against the long -term effects of overexposure to artificial light. With its advanced technology and comfortable design, they are ideal for children of all ages.

Disclaim

Uno Vita AS uses artificial intelligence to prepare accurate and updated product descriptions. The information is intended for information purposes and should not replace professional medical advice or treatment. Uno Vita does not claim the medical effects of the products, but shares publicly available research within the framework of freedom of speech.

Scientific references

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