Tesla Bioptron Hyperlight Eyewear® (brown)
Tesla Bioptron Hyperlight Eyewear® (brown) Black is backordered and will ship as soon as it is back in stock.
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Tesla Bioptron Hyperlight Eyewear (Brown)
SEE MORE • FEEL BETTER • THINK FASTER • PERFORM AT YOUR BEST • LIVE BETTER
Protect your eyes, optimize brain function and better your mood with Hyperlight Eyewear. Designed with a special Fullerene lens to transform harmful wavelengths into more beneficial light, Hyperlight Eyewear is suited for both indoor and outdoor wear and corresponds precisely to the eye sensitivity spectrum. Through evolution, we have become adapted to diffused sunlight including high energy UV and high-energy visible light, which keeps us on constant high alert, always in fight or flight mode and under permanent stress. We have developed a method for transforming these types of light into a more beneficial source for our bodies. Based on our patented technology and initial scientific pilot studies we can recommend wearing Hyperlight Eyewear as a replacement for sunglasses, for blocking UV and highly energetic blue Sunlight, as well as for a possible relaxing effect, improved decision-making processes and protection against harmful blue-violet light emitted by LCD and LED screens.
Hyperlight Eyewear features:
- Transforms UV and high energy blue light into green, yellow, orange and red visible light spectrums;
- Transforms Blue LED light into eye comfortable light (resulting in relaxation)
- When transformed, UV and high energy blue light are optimized according to the natural sensitivity of the eyes;
- Enables sharper vision;
- Optimizes brain function (harmonizes EEG signals);
- Regulates neuroendocrinology actions; increases serotonin and regulates the serotonin/melatonin ratio (which decreases depression and insomnia);
- Influences the body clock – circadian rhythm (regulates blood pressure and temperature);
- Additionally, Hyperlight Eyewear is equipped with the highest quality coatings:
- The protective layer is installed on both sides of the lens.
- Hydro and oleophobic coating: provides resistance to scratches and prolongs the lifespan of the lens. It has an easy to clean effect and an antistatic component that repels dust particles on both sides of the lens.
- Patented 8 ioncoat layers: In accordance with the Ioncoat K+ procedure, eight layers of material with different index levels are applied to the lenses in a vacuum. Ioncoat K+ reduces light reflex to less than 1%, resulting in better vision.
- The Hard Coat (HC) layer: aligned specially with the antireflection process and the superhydrophobic layer, it prolongs the life span of the antireflection layer and provides additional protection against scratches.
- Fullerene Layer on both sides of the lens.
- CR 39 Lens
Technical data
- ITEM CODE THE-0201BN
- PRODUCT NAME Hyperlight Eyewear, black
- GROSS WEIGHT [KG] 0.14
- NET WEIGHT [KG] 0.12
- APPLICATION Eyewear blocking UV and blue Sunlight with relaxing and improved decision-making process effect. The eyewear can be used as protection against harmful portion of blue-violet light emitted by LCD and LED screens.
- DIMENSIONS 138 x 47.5 mm
- PRODUCER Home Art & Sales Services AG, Sihleggstrasse 23, 8832 Wollerau, Switzerland
- MADE IN EU
- WARRANTY 2 years
Tesla Hyperlight Eyewear, Model 02, Brown
Tesla Bioptron Hyperlight Eyewear® - Revolutionary Technology for View and Health
Tesla Bioptron Hyperlight Eyewear® is an advanced optical technology that combines innovation and science to improve both visual and general health. These glasses are designed to protect the eyes from harmful radiation from artificial light sources and natural sunlight, while promoting the body's physiological processes at the quantum level. Inspired by Nobel Prize -winning research and supported by patented technologies, Hyperlight Eyewear® is designed to meet the requirements for modern lifestyle and health needs.
Protection against harmful radiation
Hyperlight Eyewear® protects against harmful blue light, UV radiation and infrared light, which can damage the eyes and disrupt the body's natural processes. Using nanotechnology and the Fuller C60, the glasses convert harmful light to hyperharmonized light that contribute to regeneration and balance in the body's biomolecules. This makes Hyperlight Eyewear® an indispensable tool for those who want to protect themselves from light -related health challenges and improve their general well -being.
Improved sight
Hyperlight Eyewear® reduces light scattering inside the eye, providing sharper vision and increased contrast sensitivity. The glasses intensify colors and reduce glare from bright light, making them ideal for use in both weakly lit and highly illuminated environments. By filtering away harmful blue light from digital screens, the glasses also help to reduce eye fatigue and long -term screening discomfort.
Cognitive benefits
Hyperlight Eyewear® promotes mental sharpness by improving EEG signals in the brain. The glasses contribute to increased concentration, attention and memory, which makes them ideal for people working under high mental loads. Users also report faster decision making and better problem solving skills.
Promotes hormonal balance
Hyperlight Eyewear® regulates the levels of serotonin, dopamine, melatonin and cortisol, which is crucial to mental and physical health. By contributing to natural hormone balance, the glasses improves mood, reduces stress and promotes better sleep quality. This makes them especially useful for people experiencing jet layers, sleep disorders or chronic stress.
Anti-aging
Hyperlight Eyewear® protects the delicate skin around the eyes from harmful radiation that speeds up aging. By stimulating the synthesis of collagen and elastin, the glasses help reduce existing wrinkles and prevent the development of new ones.
Advanced technological properties
Hyperlight Eyewear® is equipped with groundbreaking technology that makes them more than just glasses. The Fuller C60, a nanophotonic carbon structure with unique light manipulatory properties, is the core of the technology. The lenses are coated with hydro and oleophobic layers that provide protection against dust, water and scratches, while also having anti-reflection coatings that reduce glare and improve visual comfort.
Universal design
Hyperlight Eyewear® is available in a wide selection of styles and colors, including specially designed models for men, women and children. These glasses are designed for both indoor and outdoor use, making them ideal for any lifestyle.
Technical specifications
Material: CR 39 lenses with hydro and oleophobic coating
Dimensions: 138 x 47.5 mm
Weight: 0.12 kg
Manufacturer: Home Art & Sales Services AG, Switzerland
Warranty: 2 years
Disclaim
Uno Vita is increasingly using artificial intelligence for analyzes, summaries and design of articles. We do not take responsibility for possible errors in texts, articles or descriptions caused by human or computer technology (AI) errors, inaccuracies or lack of information in scientific and medical studies. We encourage all readers to investigate all information critically to ensure that the content is correct. UNO Vita does not claim the medical effects of the products we sell, but we refer to publicly available research in accordance with the right to freedom of speech.
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.
