Hyperlight Eyewear® for children in turquoise, MRBU (THE-0402TQ), are glasses designed to protect children's eyes from blue light from screens and UV light from daylight. The model measures 123 x 37 mm, weighs 0.024 kg, has CR 39 lenses with anti-reflective coating and is manufactured in the EU. For families who want documentable product data, the glasses come with a 2-year warranty and are suitable for both indoor use and outdoor light protection in everyday life.

In a digital everyday life, many children use tablets, mobile phones, TVs and school computers on a daily basis. Compared to regular children's glasses without a light filter, this model has been developed to reduce exposure to high-energy blue light and at the same time protect against UV light. This can be relevant for long-term screen use at home, in the classroom, when traveling or when playing outside in bright light.

• Filters high-energy blue light and protects against UV exposure from screens and sunlight
• CR 39 lenses with anti-reflective coating, hard coat and hydro- and oleophobic layers for easier maintenance
• Can contribute to reduced glare, less light scattering and better visual comfort when reading and using the screen
• Flexible and light frames in turquoise, developed for daily use by children of different ages
• Builds on Fullerene C60 technology, referred to as a nanophotonic solution for light filtering
• Manufactured in the EU and delivered with a 2-year warranty as a clear sign of quality

A key feature of Hyperlight Eyewear® is Fullerene C60 technology. This technology is described as a solution that converts parts of harmful light into light wavelengths in the green, yellow, orange and red spectrum, which are closer to the eye's natural sensitivity. In practice, this means that the glasses have been developed for users who want more than a standard blue light filter, and who are looking for advanced optics with a focus on visual comfort and biological light balance.

The lenses are made in CR 39, a material that is often used when low weight and good optical clarity are important. The anti-reflective coating has been developed to reduce glare from screens, ceiling lights and sun reflections. Hydro- and oleophobic surfaces make dirt, fingerprints and dust less likely to stick, which is practical for children who use the glasses at school, leisure activities and during transport. The Hard Coat coating provides extra durability in normal daily use.

The product is also mentioned in the context of research into light, circadian rhythm, sleep and visual stress. The references that accompany the product include studies and professional publications on blue light blocking glasses, hormone balance, sleep improvement, cognitive function and nanophotonic filter properties. This is not a medical guarantee, but provides a clearer knowledge base than many simpler screen glasses for children.

For parents who want a practical solution in screen-heavy environments, the model is well suited for homework on a tablet, gaming in short and longer sessions, watching TV in the evening and days with a lot of switching between indoor and outdoor light. Hyperlight Eyewear® for Kids Turquoise therefore combines measurable specifications, advanced lens coatings and child-friendly design in one product with a focus on eye health, comfort and daily use.

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

Scientific references Hall, Rosbash & Young (2017). Light and circadian rhythm. Lin JB et al. (2017). Blue light blocking glasses and eye fatigue. Henriksen et al. (2020). Sleep improvement with blue light blockers. Filipovic et al. (2021). Effects of light on hormone balance. Apte RS et al. (2017). Cognitive performance and blue light filtering. 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.