Tesla Hyperlight Eyewear Violet Kids
Tesla Hyperlight Eyewear Violet Kids Black is backordered and will ship as soon as it is back in stock.
Attachment
Hyperlight Eyewear® for kids, purple, mrbu (the-0402VT)
The future eye protection for children in a digital everyday life
Hyperlight Eyewear® Violet Mrbu (The-0402VT) combines advanced technology, modern design and a stylish purple color to protect children's eyes in an everyday life characterized by digital exposure. These glasses are designed to offer optimal comfort and safety, while reducing the harmful effects of artificial light on children's health.
Why choose Hyperlight Eyewear® for children?
Children in today's digital age spend a lot of time in front of screens. According to a study from Common Sense Media (2017):
- 42 % of children under the age of 8 own tablets.
- 98 % live in households with access to mobile phones and TV.
- The average screen time is 2 hours and 19 minutes daily.
Hyperlight Eyewear® protects children's eyes from long -term negative effects of artificial light and supports their cognitive and physical development.
Benefits and features
-
Blocks malicious light:
- Protects against UV light and high-energy blue light from screens and sunlight.
- Transforms harmful light to health -promoting wavelengths in green, yellow, orange and red.
-
Improves vision and comfort:
- Provides sharper vision and improved contrast sensitivity.
- Reduces glare, light spread and eye fatigue for long -term screen use.
-
Cognitive benefits:
- Harmonizes EEG signals for better concentration and attention.
- Supports faster decision -making and improves mental performance.
-
Hormonal balance and circadian rhythm:
- Regulates serotonin and melatonin levels for better sleep and mood.
- Contributes to a healthy biological clock by affecting blood pressure and body temperature.
Advanced technology and materials
-
Fuller C60 technology:
- A Nobel Prize -winning discovery that converts harmful light to hyperharmonic light, which supports the body's regeneration processes.
-
CR 39 lenses with special coat:
- Hydro- and oleophobic coating: Protects from dirt, dust and scratches, and extends the lens life.
- Anti -reflection coating: Reduces blending and gives clearer vision.
- Hard Coat (HC): Provides extra protection against scratches and extends the lens life.
Flexible and colorful designs
- Stylish, flexible frames designed for comfort and daily use.
- Available in several vivid colors, including purple, red, blue, turquoise and black.
Technical specifications
- Product name: Hyperlight Eyewear, Violet, Mrbu, Kids
- Model code: The-0402VT
- Dimensions: 123 x 37 mm
- Net weight: 0.024 kg
- Gross weight: 0.112 kg
- Warranty: 2 years
- Application: Suitable for indoor use and as protection against UV and blue light.
- Produced in: EU
An investment in the children's future
Hyperlight Eyewear® is not just a few glasses, but a long -term investment in children's health and well -being. By protecting their eyes from the negative effects of artificial light, these glasses promote healthy development and improve children's quality of life.
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.
- Henriksen et al. (2020). Sleep improvement with blue light blockers.
- Filipovic et al. (2021). Effects of light on hormone balance.
- Ape RS et al. (2017). Cognitive performance and blue light filtration.
- Koruga D (2019). Nanotechnological filter properties and biocompatibility.
- Esaki Y et al. (2017). Effects of blue light filters on depression and sleep.
- Burkhart & Phelps (2009). Use of amber lenses for sleep improvement.
- Jankov & Koruga (2019). Clinical benefits of nanophotic lenses.