Teslass - Blue Light Blocking Sunglasses, also known as computer glasses, screen glasses, and everyday sunglasses, are becoming increasingly popular among the digital generation. We spend more time using digital devices than ever before, both for work and recreation. It is estimated that, on average, we spend 9.5 hours a day using laptops, smartphones, computers, and tablets. During this time, our eyes constantly work hard without any protection. Teslass represents a new generation of active sunglasses. Tesla Scalar Sunglasses - Teslass actively incorporate HSC technology, providing protective and energetic effects on the user. The design of Teslass sunglasses aims to enhance human health, improve cognitive abilities, enhance appearance, and generally contribute to a better quality of life for the user.

Teslass sunglasses provide protection from harmful natural and artificial light rays, including sunlight and light emitted by electronic devices, especially from their cumulative impact to which we are constantly exposed every day. Teslass glasses protect the user's eyes from SUNLIGHT, ULTRAVIOLET, BLUE, AND WHITE ARTIFICIAL LED LIGHT.

HSC (Holographic Scalar Coding) technology has evolved from decades of laboratory research conducted by American, Russian, Chinese, Croatian, and other global scientists. It is developed based on Tesla's scalar principles and the multidimensional physics of holograms, actively encoding the fractal dynamics of quantum energy correlations in the subject. In simpler terms, HSC technology is a programmed dynamic field for protection against electromagnetic radiation (EM), specifically harmful BLUE LIGHT in the case of Teslass Sunglasses. Light is the only electromagnetic radiation visible to the human eye. The human eye can perceive light with wavelengths ranging from 380 to 780 nm (visible light). Depending on the wavelength, the human eye distinguishes colors, from violet with the shortest wavelength to red with the longest. Light, in a broader sense, includes ultraviolet and infrared radiation. The Holographic Scalar Coding protective technology has received numerous international awards at patent and innovation fairs: BIS 2013, London, UK – Gold Medal INST 2013, Taipei – Gold Medal INPEX 2013, Pittsburgh, USA – Gold Medal International Innovation & Invention Expo 2013, Macao – Gold Medal EUROINVENT 2013, Romania – Gold Medal Arhimed 2013, Moscow, Russia – Gold Medal Technology Expo 2013, Kuala Lumpur, Malaysia – Silver Medal IIFME 2012, Kuwait – Gold Medal INOVA 2012, Croatia – Gold Medal INPEX 2012, Pittsburgh, USA – Gold Medal EUROINVENT 2012, Romania – Gold Medal

In comparison to regular sunglasses, Tesla's glasses boast unique features: quality craftsmanship, playful, modern, and functional design, comfort, sophistication, and the implementation of HSC, Swiss technology of unparalleled quality and value.

The lenses of Teslass glasses are made of high-quality organic plastic. Organic plastic as a material is commonly used in the production of sunglasses for several practical reasons. The material is lightweight, making the glasses more comfortable for the wearer. Plastic, as a raw material, can achieve the same, or even better, quality than conventional mineral glass, especially with the possibility of adding various layers to the lens. In the production of Teslass lenses, TAC polymer is used. In addition to high optical quality, TAC has excellent features such as scratch resistance, high surface strength, hydrophobicity, and density for absorbing electromagnetic radiation.

Teslass sunglasses have the following built-in functional layers in their lenses: ANTIREFLEX: A layer that protects the eyes from artificial light EM radiation, also slowing down the progression of the user's diopter. ANTI-SCRATCH: A layer that protects the sunglasses' lenses from scratches. ANTI-FOG: A layer designed to prevent the lenses from fogging up. ANTI-FINGERPRINT: A layer that protects against fingerprint smudges. ANTI-STATIC: A layer that prevents the accumulation of dust particles. EMI LAYER: A layer that shields against radiation from electronic devices (blue light from TV, computer, mobile phone, tablet). POLARIZATION LAYER: Protects the eyes from white light, enabling glare-free viewing with UV 400 protection - providing 100% UVA/B/C protection. BLUE GLIDE LAYER: Shields against blue light radiation (street lighting at night, protection from computer, TV, tablet, mobile phone screens, artificial light sources).

Stainless steel, as the material for the frames of Teslass glasses, ensures quality, reliability, and durability. Steel is chosen as the base material for a reason; it effectively transmits the programmed dynamic field of HSC technology (Teslass – HSC cards) throughout the entire frame of the glasses, the lenses made of organic plastic, and ultimately to the user's eyes. Despite the fact that the frames are made of stainless steel (for resistance, durability, and quality), the use of HFIF manufacturing technology has made them exceptionally lightweight, almost imperceptible in weight, providing comfort to the glasses wearer.

The secret to the active positive impact of Teslass glasses is not only in the high-quality lenses made of TAC organic plastic and all its functional layers but is embedded in Teslass products through the application of the aforementioned HSC technology hidden in the frames of the glasses. In short, the secret of Teslass glasses lies in Teslass HSC frames. Teslass sunglasses frames can be considered different for several reasons: MATERIAL: Teslass frames are made of stainless steel, providing a high level of resistance and durability, making them distinct from conventional frames. DESIGN: Teslass is known for its innovative product design. Sunglasses frames have unique lines, shapes, or details that stand out. TECHNOLOGY: Teslass frames incorporate special technology, such as HSC technology, contributing to their uniqueness in terms of functionality and protection. Lightweight yet exceptionally sturdy frames contribute to a high level of comfort for users, setting them apart from standard frames. INNOVATIONS: Teslass implements innovations in its products, including sunglasses frames. Innovations involve materials, technologies, or the design itself.

HSC technology, combined with uniquely well-crafted sunglasses, has a positive impact on the vision and cognitive functions of the user. It positively contributes to the enhancement of the overall physical and psychological well-being of Teslass glasses users, optimizing all their bodily functions. Through daily use of Teslass sunglasses, the user will feel better, think more quickly, and have a sense that they can change the world around them. The active protective field of HSC technology influences light, i.e., electromagnetic radiation absorbed by the user through Teslass glasses, optimizing the levels of serotonin ("happiness hormone"), dopamine ("pleasure hormone"), melanin (hormone responsible for sleep regulation), and cortisol ("stress hormone"), bringing them into a natural balance crucial for psychological and physical health. Teslass glasses prevent aging of the skin around the eyes. HSC technology eliminates all harmful types of electromagnetic radiation from the light spectrum, transforming them into healthy light waves that sustain and promote natural collagen and elastin regeneration/synthesis. In a unique way, Teslass sunglasses assist users in the regeneration of biomolecules and biostructures to maintain optimal bioprocesses in the eyes and brain. The result is psychophysical balance: the user sees more, thinks faster, feels better, and becomes the best version of themselves. Due to all the mentioned benefits, Teslass sunglasses are a necessary, rational, and intelligent choice for everyone.

The Teslass slogan "PROTECT YOUR EYES. BOOST YOUR MIND" emphasizes the fact that the quality, i.e., the characteristics of light (EM radiation) absorbed by the user's eyes through Teslass sunglasses, influences the overall physical and psychological state, as well as bodily functions. Teslass glasses provide active therapy with quantum light, maintaining, fortifying, and revitalizing the wearer's body at the quantum level. The glasses offer protection from harmful rays of natural and artificial light, sunlight, and electronic device light, particularly from their cumulative effect to which we are constantly exposed. In a unique way, Teslass sunglasses assist users in the regeneration of biomolecules and biostructures to preserve optimal bioprocesses in the eyes and brain. The result is a psychophysical balance: the user sees more, thinks faster, feels better, becoming the best they can be. Due to all the mentioned benefits, Teslass sunglasses are a necessary, rational, and intelligent choice for everyone.

Quantum light is generated as light passes through the lenses in Teslass glasses frames, exerting a positive impact on vision and brain functions. This positively influences the enhancement of overall physical and mental well-being, optimizing bodily functions. • Improves concentration, attention, and memory. • Enables quicker and better decision-making. • Provides optimal mental readiness during periods of intense psychological overload. • Facilitates greater productivity and efficiency.

Eye Protection - Teslass glasses sharpen the image (even in low lighting) and contribute to better and quicker decision-making, making us more efficient, successful, and relaxed in daily activities at work and leisure. • Reduce light scattering in the eyes. • Sharpen vision. • Increase sensitivity to contrast and color intensity while reducing reflection. • Alleviate eye fatigue and discomfort. • Protect against the dazzling effect of sudden bright light. Teslass glasses utilize quantum light technology to enhance vision. Quantum light is generated as light passes through the lenses in the glasses frames, providing a range of benefits to improve the visual experience. Here are several ways in which Teslass glasses enhance vision: 1. Increased Contrast: Quantum light can boost the contrast between objects, making it easier to distinguish details and improving overall image clarity. 2. Glare Reduction: The glasses can reduce glare and dazzle caused by bright light or sunlight, offering a more comfortable viewing experience. 3. Color Optimization: Quantum light may enhance color perception, making colors appear more vivid and natural. 4. Reduced Eye Fatigue: The glasses can help reduce eye fatigue by providing adequate protection against eye strain caused by prolonged screen time or exposure to bright light. 5. Improved Focus: Quantum light may contribute to improved focus and image clarity, especially in low-light conditions. It's important to note that individual results may vary, and the effectiveness of Teslass glasses can depend on each person's specific vision needs and conditions.

Teslass sunglasses optimize levels of serotonin ('happiness hormone'), dopamine ('pleasure hormone'), melanin (hormone responsible for sleep regulation), and cortisol ('stress hormone'), bringing them into a natural balance crucial for mental and physical health. • Promote psychological balance and boost confidence. • Alleviate stress and improve mood. • Mitigate anxiety, depression, and aggression. • Regulate sleep disorders and significantly alleviate the effects of jet lag. • Increase and sustain energy throughout the day.

Teslass glasses prevent aging of the skin around the eyes. The glasses eliminate all harmful types of radiation from the light spectrum and transform them into healthy light waves that maintain and promote the natural regeneration/synthesis of collagen and elastin. This contributes to reducing existing wrinkles around the eyes and preventing the appearance of new ones. This unique feature is another reason why you should wear them not only outdoors but also indoors!

Our eyes lack natural physiological protection against the harmful high-energy artificial lighting in both indoor and outdoor environments, as well as against the damaging solar electromagnetic radiation. This harmful light irreversibly damages our eyes, leading to the formation of cataracts and macular degeneration. Such light has a detrimental effect on brain functions and our overall health. Teslass sunglasses present a unique solution for simultaneously improving vision and cognitive functions by blocking harmful radiation and converting it into an optimal range of quantum-structured light, characterized by perfect symmetry identical to that found in biological structures. In short, Teslass aids users in becoming more vital, healthier, and successful. Teslass sunglasses are designed with the aim of enhancing human health, improving cognitive abilities, appearance, and overall quality of life for the user. EYE PROTECTION PLAYS A CRUCIAL ROLE IN PRESERVING MENTAL AND PHYSICAL HEALTH FOR SEVERAL REASONS: ENVIRONMENTAL PERCEPTION: Vision is essential for perceiving the environment, enabling better navigation, recognizing hazards, and participating in daily activities. MAINTENANCE OF EMOTIONAL WELL-BEING: Loss of vision or vision problems often come with emotional stress. Preserved vision contributes to emotional stability and quality of life. CONNECTION TO MENTAL HEALTH: Well-preserved vision is linked to better cognitive function, including concentration, memory, and decision-making. Eye diseases or vision problems can impact mental processes. SOCIAL INTERACTION: Vision plays a key role in communication. Vision problems can complicate social interaction, leading to feelings of isolation and reduced social inclusion. MAINTENANCE OF PHYSICAL HEALTH: Vision is important for maintaining physical safety, preventing injuries, and participating in physical activities. Preserved vision supports overall physical health. FOR THESE REASONS, REGULAR EYE EXAMS, THE USE OF PROTECTIVE EYEWEAR, AND PROPER EYE CARE PLAY A CRUCIAL ROLE IN MAINTAINING OVERALL HEALTH, BOTH MENTAL AND PHYSICAL

Light regulates the balance of many hormones present in the brain, and this process is known as the CIRCADIAN RHYTHM. The Nobel Prize in Physiology or Medicine in 2017 was awarded to scientists Hall, Rosbash, and Young for their contribution to this discovery. Everyone has a slightly different circadian rhythm, but the average duration is 24 and a quarter hours. The circadian rhythm of night owls is somewhat longer, while early birds have a rhythm shorter than 24 hours. In 1981, Dr. Charles Czeisler from Harvard Medical School demonstrated that daylight synchronizes an individual's internal clock with their environment. Teslass sunglasses uniquely aid users in the regeneration of biomolecules and biostructures to preserve optimal bioprocesses in the eyes and brain. The result is a psychophysical balance: the user sees more, thinks faster, feels better—achieving their best. Due to all of the above, Teslass sunglasses are a necessary, rational, and intelligent choice for everyone

Until the advent of artificial lighting, the sun was the primary source of illumination, and evenings were spent in (relative) darkness. Now, in much of the world, evenings are lit up, and we often take our easy access to all those lumens for granted. However, we pay a price for enjoying all that light. At night, artificial light disrupts our body's biological clock, the circadian rhythm, throwing it out of balance. Our sleep suffers. What's worse, research indicates that such imbalance may contribute to the risk of cancer, diabetes, heart disease, and obesity. Not all colors of light have the same effect. Blue wavelengths, which are beneficial in smaller amounts during the day as they boost attention, reaction times, and mood, seem to be the most disruptive at night. The proliferation of electronics with screens, as well as energy-efficient lighting, increases our exposure to blue wavelengths, especially after sunset. In summary, blue light is part of the visible light spectrum. While the sun is a primary source, it also comes from artificial sources such as digital screens and fluorescent lights. This type of light penetrates deep into the eye, making it one of the most intense forms of visible light for humans.

Research after research links working night shifts and exposure to light at night with several types of cancer (breast, prostate), diabetes, heart disease, and obesity. Why is nighttime light exposure so bad for us? Exposure to blue light suppresses the secretion of melatonin, a hormone that affects circadian rhythms, and there is experimental evidence linking lower melatonin levels in the body to the occurrence of cancer. A Harvard study explained the connection with diabetes and potential obesity. Researchers put 10 people on a schedule that gradually changed the timing of their circadian rhythms. Their blood sugar levels increased, putting them in a prediabetic state, and their leptin levels, the hormone that gives the feeling of fullness after meals, also dropped. Dim light can disrupt someone's circadian rhythm and melatonin secretion. Eight lux - the brightness level exceeded by most table lamps and roughly double that of nightlights - already has its negative effects, notes Stephen Lockley, a sleep researcher at Harvard. Light at night is part of the reason many people don't get enough sleep, says Lockley, and researchers have linked short sleep to an increased risk of depression, as well as diabetes and cardiovascular problems. While light of any kind can suppress melatonin secretion, blue light does so much more powerfully. Researchers from Harvard and their colleagues conducted an experiment comparing the effects of 6.5 hours of exposure to blue light with exposure to green light of comparable brightness. Blue light suppressed melatonin roughly twice as long as green light and shifted circadian rhythms twice as much (3 hours compared to 1.5 hours). In another study on blue light, researchers from the University of Toronto compared melatonin levels in people exposed to bright indoor light who wore blue light-blocking glasses with people exposed to regular dim light without wearing protective glasses. Hormone levels were roughly the same in both groups, reinforcing the hypothesis that blue light is a potent melatonin suppressor and suggesting that night shift workers and night owls could protect themselves by blocking blue light, for example, by using blue light-blocking glasses. Blue light has harmful effects on human health. Environmental concerns and the pursuit of energy-efficient lighting are in direct contrast to personal health. Fluorescent bulbs and LED lights are much more energy-efficient than the old-fashioned incandescent bulbs we grew up with. But they also produce more blue light. The physics of fluorescent lights cannot be changed, but the coatings inside the bulbs can be such that they produce warmer, less blue light. LED lights are more efficient than fluorescent lights but also produce a significant amount of light in the blue spectrum. Richard Hansler, a light researcher at John Carroll University in Cleveland, concludes that ordinary incandescent bulbs also produce a smaller amount of blue light but significantly less than most fluorescent bulbs.

Use dim red lights for night lights. Red light has the least power to shift the circadian rhythm and suppress melatonin. Avoid looking at bright screens two to three hours before bedtime. If you work the night shift or use many electronic devices during the day, consider wearing blue light-blocking glasses or installing an app that filters the blue/green wavelength. Expose yourself to bright light during the day, which will enhance your ability to sleep at night, as well as your mood and alertness during the day.

Sunlight is natural light that consists of the entire spectrum of colors, including infrared, visible, and ultraviolet (UV) light. Impact: Sunlight plays a crucial role in regulating the circadian rhythm, the biological clock of the human body. UV light also has the potential to damage the skin and eyes.

Ultraviolet (UV) light is a type of electromagnetic radiation with shorter wavelengths than those of visible light, making it invisible to the human eye. It is categorized into three main types based on wavelength: UVA, UVB, and UVC. UVA (320-400 nm): UVA rays have the longest wavelengths among UV rays and can penetrate the skin more deeply. They are associated with skin aging and contribute to the development of wrinkles. While they are less intense than UVB, UVA rays are present throughout the day and can penetrate clouds and glass. UVB (280-320 nm): UVB rays have shorter wavelengths and are responsible for causing sunburn. They can penetrate the outer layer of the skin, leading to damage such as redness and blistering. UVB rays play a key role in the development of skin cancer and can also contribute to premature aging. UVC (100-280 nm): UVC rays have the shortest wavelengths and are the most energetic. Fortunately, the majority of UVC rays are absorbed by the Earth's ozone layer and do not reach the surface. They are often used for germicidal purposes, such as in ultraviolet lamps that help sterilize air and surfaces. Impact on Health: Skin Damage: Prolonged exposure to UVA and UVB rays can cause damage to the DNA in skin cells, leading to skin aging, wrinkles, and an increased risk of skin cancer. Eye Damage: UV exposure can also harm the eyes, contributing to conditions such as cataracts and macular degeneration. Vitamin D Synthesis: While excessive UV exposure is harmful, limited exposure is necessary for the synthesis of vitamin D in the skin. Protection: To minimize the harmful effects of UV light, it is essential to: Use sunscreen with broad-spectrum protection against UVA and UVB rays. Wear protective clothing, including hats and sunglasses that block UV rays. Seek shade, especially during peak sunlight hours. Avoid tanning beds, which emit concentrated UV radiation. Understanding the characteristics and potential risks associated with UV light helps individuals take proactive measures to protect their skin and overall health.

Blue light has a shorter wavelength and higher energy compared to other colors in the visible light spectrum. Blue light from sunlight influences the regulation of circadian rhythm and wakefulness. Prolonged exposure to blue light from electronic device screens has been scientifically proven to have a harmful impact on the human body.

LED lights produce white light by combining different colors or using phosphorescence. LED lights have the advantage of energy efficiency but emit a high amount of blue light. Prolonged exposure to LED light adversely affects the overall well-being of the human body. With the increasing use of artificial lighting, especially white LED lights, there is a growing interest in understanding and controlling the impact of blue light on human health. Technologies such as "warm" LED lighting, which reduces the proportion of blue light, are being developed to mitigate potential negative effects. Sustainable and healthy aspects of artificial lighting remain a crucial area of research and development.

In honor of the revolutionary Tesla discovery of scalar waves, we named the first model of Teslass sunglasses "ScalarX." The "X" symbolizes the unknown, unexplored territory where the boundaries between science and innovation become blurred, and ScalarX stands as an expression of technological bravery. ScalarX sunglasses represent a symbol of progressive vision and the integration of the latest technologies. Wearers of ScalarX glasses not only experience superior eye protection but also step into a future where technology and style go hand in hand. The ScalarX sunglasses story has become a tale of adventure, courage, and the fusion of science and style.

1. Telsass sunglasses with built-in clear lenses 2. Telsass frames with built-in black lenses 3. Telsass frames with built-in yellow lenses 4. Telsass microfiber protective pouch 5. Telsass microfiber cleaning cloth for maintaining Telsass sunglasses 6. User instructions

Teslass clear lenses protect the user from artificial blue light. We live completely surrounded by screens, spending almost ten hours a day on average in front of digital devices – monitors, laptops, TVs, tablets, mobile phones, and so on. All these devices emit blue light during their operation, and since our eyes are not protected from this excessive exposure, such artificial blue light is harmful to them, affecting the overall physical, psychological state, and bodily functions of the viewer. Side effects of exposure to blue light without adequate protection include blurred and double vision, sleep cycle disturbances, eye strain, headaches, and migraines. From improving sleep to enhancing focus, the benefits of Teslass glasses will significantly improve the quality of life for users.

Black lenses are the best option if you're looking for a neutral lens shade. These lenses are suitable for both cloudy and sunny days, perfect for all weather conditions, and they are the best choice if you want to perceive colors in their purest form. Black Teslass lenses are perfect for use in extreme sunlight conditions, making them ideal for individuals with eye sensitivities to light. They are a perfect choice for outdoor activities, nature exploration, biking, and active sports.

Yellow lenses are ideal for blocking harmful sun UV rays while providing the user with improved depth perception in low-light conditions, such as cloudy weather. Many athletes, including golfers, baseball players, hunters, and professional drivers, prefer yellow lenses over black ones to have better spatial awareness and quicker reactions in case of sudden needs. Teslass glasses with yellow lenses are perfect for foggy days when you might think you don't need any protection because the sunlight isn't direct. However, light reflecting in the clouds can harm your eyes and damage your retina without you even noticing. Yellow lenses provide eye protection and excellent clarity when focusing on moving objects in low-light and foggy conditions.

Yes, you can wear Teslass sunglasses over your contact lenses, and this is a common practice among individuals who use contact lenses for vision correction. It's a practical way to protect your eyes from the sun without the need for prescription sunglasses tailored to your vision correction needs. This combination of sunglasses and contact lenses provides a convenient solution for sun protection without the need to wear two pairs of prescription glasses. If you have any questions or concerns, I recommend consulting with us to receive personalized advice based on your specific needs.

Yes, it's perfectly fine and safe to use Teslass glasses over your prescription glasses. This is a common practice among Teslass users and can be very convenient if you have prescription glasses but want to protect your eyes from sunlight. Teslass sunglasses are large enough to properly cover your prescription glasses, and wearing them this way should not cause discomfort or pressure. When removing or putting on your Teslass sunglasses over your prescription glasses, handle them carefully to avoid accidentally separating the frames with built-in black/yellow lenses from the main Teslass frame.

We advise against simultaneously wearing a combination of black, yellow, and clear lenses for an extended period. It is recommended to wear them individually to maximize the positive effects and unique properties of each frame. While simultaneous use won't negatively impact your health or vision, wearing each frame separately will provide you with an optimal experience and enhance your perception of the world through Teslass glasses.

Exposure to blue light can contribute to a range of symptoms and negative health effects, especially when this exposure is excessive, particularly at night. Some symptoms of excessive exposure to BLUE LIGHT include: Irritated Eyes: Staring at screens that emit blue light can cause eye fatigue and irritation. Depression and Mental Fatigue: While the connection between blue light and depression isn't fully understood, some researchers suggest that exposure to this light may affect neurotransmitter balance and sleep cycles, contributing to mental fatigue and depression. Hormonal Imbalance: Blue light can impact melatonin production, the hormone that regulates sleep, potentially leading to hormonal disturbances. Tired and Dry Eyes: Extended screen time can reduce blinking, resulting in dry eyes. Blurred Vision: Prolonged exposure to blue light may contribute to blurred vision. Insomnia: Blue light can inhibit melatonin production, disrupting sleep quality. Irritability: Lack of sleep and fatigue due to blue light exposure may contribute to irritability. Headaches: Prolonged screen viewing can cause tension in the muscles around the eyes and head, leading to headaches. It's important to manage exposure to blue light, especially before bedtime, to reduce potential negative effects. Using Teslass sunglasses, employing night mode on digital devices, and avoiding screens before bedtime can help minimize these symptoms.

Teslass sunglasses represent a perfect blend of style and technology, providing you with an extraordinary experience. These glasses not only correct your vision and prevent eye fatigue but are also specially designed for a modern, connected lifestyle. Their unique lens design optimizes object distance and viewing direction, allowing you to enjoy the world with crystal clarity. Additionally, Teslass glasses filter blue-violet light from the sun, phones, tablets, TVs, computers, and other sources, protecting your eyes from unwanted influences. Enter the world of innovation and elegance with Teslass glasses, tailored to the contemporary lifestyle. Wearing Teslass sunglasses offers several health benefits; we'll list some of them: UV Radiation Protection: Teslass sunglasses provide effective protection against UV radiation, shielding your eyes from harmful ultraviolet rays emitted by the sun. Glare Reduction: These glasses are designed to minimize glare, improving visibility and reducing discomfort caused by intense light reflections. Color Enhancement: Teslass lens optimization enhances color perception, making your surroundings more vibrant and true to reality. Blue Light Filtration: The lenses filter blue light, particularly useful for reducing eye fatigue caused by prolonged exposure to digital screens. Sharper Vision: Thanks to advanced lens technology, Teslass sunglasses contribute to sharper and clearer vision, allowing you to see details more precisely. Reduced Eye Fatigue: By blocking specific wavelengths of light, Teslass sunglasses can help reduce eye fatigue, making them ideal for extended outdoor activities. Increased Contrast: The lenses enhance contrast, providing better definition between objects and improving overall visual clarity. Incorporating Teslass sunglasses into your daily routine not only gives you elegant eye protection but also contributes to a more comfortable and visually enhanced experience in various environments.

"Digital eye strain" is a translation of the term "digital strain." The expression is often used to describe fatigue, tension, or discomfort resulting from prolonged use of digital devices such as computers, smartphones, or tablets. This term typically signifies a range of symptoms, including tired eyes, dryness, headaches, and discomfort caused by extended focus on digital screens. Small fonts and pixelated images on digital devices force our eyes to work more intensively to focus. All of this is taxing on your eyes and causes digital eye strain, or eye stress. Symptoms of digital eye strain include dry eyes, redness, itching, headaches, neck pain, difficulty focusing or clear vision, and much more. "Digital Eye Strain" is a term used to describe a set of symptoms arising from prolonged use of digital devices. These devices include computer screens, smartphones, tablets, and other similar electronic devices. Symptoms of digital eye strain include: 1. Tired Eyes: A feeling of fatigue or tension in the eyes. 2. Dry Eyes: Lack of blinking while looking at the screen can lead to dry eyes. 3. Headaches: Pain in the head, often in the forehead area. 4. Neck and Shoulder Tension: Prolonged sitting or lying with the head tilted towards the screen can cause tension in the neck and shoulders. 5. Difficulty Focusing Up Close: Challenges in focusing on objects at close distances after prolonged screen time. 6. Sleep Difficulties: Exposure to blue light from screens before bedtime can disrupt natural circadian rhythms and make it difficult to fall asleep. These symptoms can result from a combination of factors, including prolonged screen viewing, poor lighting, improper body posture during device use, and more. Prevention of digital eye strain involves taking regular breaks during computer work, adjusting the screen and lighting positions, and wearing glasses with blue light filters.

While your eyes are capable of focusing on screens all day, they are not designed for hours of close-up concentration on digital device displays. Teslass glasses do some of the work for your eyes, reducing eye fatigue. Their design includes HSC technology that optimizes your vision for tasks at both distance and proximity, keeping your eyes relaxed in the process. Teslass addresses digital eye strain by utilizing HSC technology, which optimizes your vision for both near and far tasks. These glasses are specifically designed to reduce eye fatigue caused by prolonged viewing of digital screens. HSC technology helps keep the eyes relaxed during various tasks, contributing to better comfort when working at both close and distant ranges. Additionally, Teslass glasses filter blue light, which can contribute to digital eye strain, providing additional protection for your eyes. The combination of vision optimization and blue light filtration makes Teslass glasses an effective solution for alleviating symptoms of digital eye strain.

Children, like adults, deserve proper protection for their delicate eyes from the sun. From an early age, it is recommended to protect children's eyes, whether through hats, umbrellas, or simply staying in the shade. To ensure a safe experience, wearing Teslass sunglasses with durable plastic lenses that won't harm the eyes if broken is recommended. Teslass sunglasses provide a range of benefits that are especially important for sensitive children's eyes. Teslass Kids Sunglasses: Protection, Comfort, and Superior Vision Complete UV Radiation Filtration: Teslass sunglasses offer unparalleled protection for children's eyes, blocking a minimum of 80% of UV-A, UV-B, and harmful blue light. Ensure that your children enjoy every moment in the sun with complete safety. Polarized Lenses for a Clear View: Teslass polarized lenses reduce reflective glare from water and land surfaces, providing an exceptionally clear view in bright or foggy driving conditions and outdoor play. Impact Resistance for Active Kids: Teslass sunglasses use high-quality TAC plastic (polymer - polycarbonate) lenses, providing exceptional durability and reliable protection even during the liveliest children's adventures. High-Contrast Lenses for Better Perception: Teslass high-contrast lenses enhance color and contrast perception, making every moment of natural viewing vivid and vibrant. Invest in children's health and comfort with Teslass sunglasses. Provide your children with the best vision experience by combining top-notch protection with modern design. Teslass - for a bright and safe future for your children.

Protection of the eyes from intense white light, especially from the screens of smart devices such as computers, smartphones, and televisions, can be crucial to reduce eye strain and potentially prevent long-term vision problems. Here are some tips on how to protect your eyes from white light: Reduce Screen Brightness: Lower your screen brightness to a comfortable level. Excessive brightness can cause eye strain. Adjust Color Temperature: Most modern devices have screen color temperature adjustment settings. Try using warmer colors (yellowish tones) instead of cold white tones to reduce the intensity of blue light. Use Protective Filters: Consider using screen protective filters that reduce the amount of blue light reaching your eyes. Take Breaks and Eye Exercises: Take regular breaks during prolonged screen use. Rest your eyes by looking into the distance and perform eye exercises to refresh them. Blink More Often: Sometimes, people forget to blink during extended screen time. Remind yourself to blink more frequently to maintain eye moisture. Use Anti-Reflective Glasses: Anti-reflective glasses can help reduce screen glare and light reflections. Proper Lighting: Ensure good lighting around the screen to reduce the contrast between the screen light and the surrounding environment. Set Up Your Workspace: Properly arrange your workspace so that the screen is at eye level, minimizing neck strain and eye fatigue. Get Adequate Sleep: Regular sleep is essential for eye health. Make sure you get enough sleep to allow your eyes to recover. Consult an Eye Specialist: If you experience chronic vision problems or feel pain or discomfort in your eyes, consult an eye specialist, such as an ophthalmologist. Additionally, there are applications and software tools that can help reduce blue light from screens during the evening hours to facilitate better sleep. However, it is best to combine protective techniques with responsible and balanced screen use to preserve the health of your eyes.

Preserve your Teslass scalar-protected sunglasses in a premium protective case that combines sophistication, security, and environmental consciousness. METAL - Metal Reinforcements for Strength: Our protective case is crafted with internal metal reinforcements that provide exceptional strength and protection against external impacts or pressure. This structure makes the case ideal for travel and everyday use. PLUTO - Natural Insulator and Sustainable Option: The outer layer of the case is made of cork, a natural insulator that protects the glasses from magnetic influence, extreme temperatures, and moisture. Moreover, cork is an environmentally friendly material, reflecting our commitment to sustainability. PLUSH - Plush Fabric for Additional Protection: A layer of plush fabric inside the Teslass case cradles your sunglasses like a gentle hug, preventing scratches or damage. Plush is chosen for its softness and wear-resistant properties. Practicality and Style: The Teslass case is designed with a focus on practicality and style. Thanks to its unique design, this case not only protects your glasses but also contributes to your personal style. Magnetic Closure/Clasps: The magnetic closure ensures a secure seal, keeping your sunglasses safe from external influences. Invest in the Teslass Protective Case to extend the lifespan of your Teslass scalar sunglasses, providing them with an elegant and secure storage space. Your sunglasses deserve the best! The dimensions make the case suitable for storage and carrying in men's, women's, and children's bags. LENGTH = 15.5 cm, WIDTH = 5 cm, HEIGHT = 4 cm.

Original Teslass Box: It is large in size and impractical for transport. The original box provides a spacious and secure place to store your glasses at home. However, due to its size, it can be impractical for carrying or transporting outside the home. It offers limited protection against impacts, especially during active use or travel. Teslass Case: It is secure for transport and provides impact protection. The Teslass case is carefully crafted from materials that ensure a high level of protection against impacts and damage. Its compact size makes it extremely practical for carrying and transport. It provides additional security for your glasses during everyday activities and travel. In summary, the Teslass case combines transport convenience with a high level of impact protection, making it an ideal choice for those seeking a secure and practical solution for storing and carrying their Teslass sunglasses.

The dimensions of the Teslass protective case are as follows: LENGTH = 15.5 cm, WIDTH = 5 cm, HEIGHT = 4 cm.

Teslass sunglasses are designed for anyone seeking a combination of style, innovation, and protection from the harmful effects of light. They are crafted for a wide range of users, including men, women, and children. Teslass stands out particularly for its integration of HSC scalar technology, providing an additional level of protection against the negative impacts of electromagnetic radiation, i.e., light. These sunglasses can be an appealing choice for individuals who want to safeguard their eyes from UV rays and blue light, especially during the use of smart devices such as computers, smartphones, and televisions. Suitable for all professions and generations, Teslass sunglasses are designed for everyday wear, everywhere you go, and for the long term. The Teslass slogan is "FOR ALL PROFESSIONS & GENERATIONS. EVERY DAY, EVERYWHERE, AND ALWAYS..."

The circadian rhythm is a complex biological mechanism that regulates a series of physiological, metabolic, and behavioral processes during a 24-hour period. This internal biological clock helps the body adapt to changes in the environment, especially light and darkness, to maintain balance and synchronize internal biological rhythms with day/night cycles. The primary factor influencing the circadian rhythm is light, particularly natural daylight. When light hits the retina of the eye, information is sent to the suprachiasmatic nucleus (SCN) in the brain. The SCN is known as the "master clock" that coordinates and controls various other biological clocks in the body. In addition to regulating sleep and wakefulness, the circadian rhythm also influences other bodily processes, such as: Body temperature: Throughout the day, body temperature varies in accordance with the circadian rhythm, being lowest typically early in the morning and highest in the late afternoon and evening. Hormone secretion: Melatonin, the hormone that regulates sleep, is typically secreted at night, promoting sleep. Hormones like cortisol, involved in awakening and activity, also follow a circadian rhythm. Blood pressure: The circadian rhythm affects fluctuations in blood pressure throughout the day, usually with lower pressure during the night and higher during the day. Scientists have discovered the importance of maintaining a stable circadian rhythm for optimal health. Imbalances in the circadian rhythm can occur in people working night shifts, traveling across different time zones, or having irregular sleep schedules, leading to sleep disorders, health issues, and other difficulties. The main controller of the circadian rhythm is the suprachiasmatic nucleus (SCN) in the HYPOTHALAMUS of the brain. This nucleus receives information about light through the eyes, particularly from light receptors in the retina. When exposed to light, the retina sends signals to the SCN, which then synchronizes the body with external cycles of light and darkness.

Find the Tesla sunglasses blueprint with dimensions in the image gallery of the online store. Using this blueprint, you can check if the size of Tesla sunglasses corresponds to the dimensions of your head.

Despite their robust construction, Teslass glasses surprise with an incredible lightness of only 11 grams. As light as a feather, they provide exceptional comfort to the user. In addition to top-notch protection against harmful radiation, Teslass sunglasses stand out as an elegant and comfortable accessory that will undoubtedly enrich your personal style. "Feather-light glasses" sound like an excellent option for those seeking comfortable and lightweight eyewear. This feature can be particularly important for individuals who intend to wear Teslass glasses daily over an extended period, such as programmers, designers, professional video gamers, and all other professions that involve prolonged exposure to sources of blue light. For comparison, we would like to note that the average weight of sunglasses ranges between 20 and 40 grams. Typically, a pair of sunglasses will not weigh more than 40 grams. A metal frame plus lenses should be within 20 grams, and a regular plastic frame plus lenses will weigh around 20 grams. TR90 frames plus lenses usually weigh 12-14 grams, and titanium frames with lenses approximately 14 grams. NOTE: TESLASS SUNGLASSES HAVE A BASIC FRAME WITH CLEAR WHITE LENSES WEIGHING 11 GRAMS, AND EACH ADDITIONAL FRAME (WITH BLACK AND YELLOW LENSES) ADDS AN EXTRA 4 GRAMS.

The weight of the ORIGINAL PACKAGING of Teslass glasses is 210 grams.

The dimensions of the Teslass ORIGINAL PACKAGING are as follows: LENGTH = 16,2 cm, WIDTH = 7 cm, HEIGHT = 5,4 cm.

Regulation (EU) 2016/425 pertains to personal protective equipment (PPE) and represents the legislative framework of the European Union that establishes standards and requirements for the design, production, and placing on the market of personal protective equipment. This regulation came into effect in April 2018, replacing the previous Directive 89/686/EEC. Its main feature is alignment with the new approach to product regulation in the European Union. It sets out requirements for various types of personal protective equipment, including eyewear, to ensure the safety and protection of users. Manufacturers wishing to place a product on the EU market must ensure that their products comply with specific standards, testing, and conformity assessment procedures outlined by this regulation.

The Regulation (EU) 2016/425, which pertains to personal protective equipment (PPE), establishes standards for the design, manufacture, and marketing of products such as sunglasses. This regulation aims to ensure a high standard of safety for users of personal protective equipment within the European Economic Area. Regarding Teslass sunglasses, we would like to confirm that they comply with the mentioned regulation. The product has undergone a conformity assessment procedure to ensure it meets all essential health and safety requirements outlined by Regulation (EU) 2016/425. Teslass Sunglasses are in compliance with the relevant regulation.

ISO 12312-1:2013+A1:2015 is an international standard that sets requirements for the testing and labeling of sunglasses for direct Sun viewing, providing protection against harmful solar radiation. This standard specifies minimum requirements for optical performance, protection against ultraviolet (UV) radiation, and other characteristics to ensure that sunglasses are safe and effective. Here are some key aspects related to ISO 12312-1:2013+A1:2015: Optical Performance: The standard sets requirements for the optical characteristics of sunglasses to ensure clarity of vision and minimal image distortion. UV Radiation Protection: The standard specifies requirements for UV radiation filtration to ensure adequate eye protection against harmful solar rays. Labeling: Products that meet the standard should be clearly labeled, allowing users to recognize whether the sunglasses have been tested and provide appropriate protection. Testing: Manufacturers need to conduct specific tests to demonstrate that their sunglasses comply with the standard, including tests for UV radiation filtration and optical performance. The update to the standard, such as the designation '+A1:2015,' indicates any amendments or additions made after the initial release in 2013. ISO 12312-1:2013+A1:2015 PLAYS A CRUCIAL ROLE IN ENSURING THE QUALITY AND SAFETY OF SUNGLASSES IN THE MARKET.

Teslass Sunglasses comply with the ISO 12312-1:2013+A1:2015 standard. This international standard sets requirements for the testing and labeling of sunglasses for direct Sun viewing, ensuring that the product meets minimum standards for optical performance, protection against UV radiation, and other relevant characteristics. The labeling according to this standard confirms that Teslass sunglasses have undergone necessary tests and provide safety and quality in accordance with industry standards. ISO 12312-1:2013(A1:2015) is an international standard that pertains to protective eyewear for the sun. More precisely, this specification applies to personal eye protection, specifically sunglasses and similar products, intended to protect the eyes from hazardous effects of direct sunlight, including ultraviolet (UV) radiation. The ISO 12312-1 specification sets requirements for optical quality, including UV radiation absorption, light transmission, and other characteristics essential for the safety and effectiveness of sunglasses. The designation (A1:2015) indicates an amendment (A1) that has been applicable since 2015. If a product meets this standard, it may signify that it is designed and tested to provide adequate protection from sunlight, including UV radiation.

ISO 12312-2:2015 is an international standard that focuses on protection from harmful solar radiation, specifically addressing the requirements for filters used for direct Sun viewing. This standard is specific to filters for sunglasses and similar products that provide protection against glare and harmful light. Key features of ISO 12312-2:2015 include: Optical Performance: It sets requirements for the optical characteristics of filters to ensure clarity of vision and reduce image distortion. Protection from Harmful Light: The standard defines requirements for reducing the intensity of harmful light, such as high-energy visible (HEV) or blue light. Marking: Products that meet this standard should be clearly marked to enable users to recognize whether the filter provides adequate protection. Testing: Manufacturers must conduct specific tests to demonstrate that filters meet the standard requirements. This standard, along with ISO 12312-1:2013+A1:2015, plays a crucial role in ensuring the quality, safety, and effectiveness of sunglasses and filters in the market. When products are marked according to this standard, it provides users with additional confidence in their protection against the harmful effects of sunlight

Teslass sunglasses comply with the ISO 12312-2:2015 standard, confirming that these sunglasses meet specific requirements for filters designed to protect against harmful sunlight. The standard covers optical performance, protection from harmful light, product labeling, and mandatory testing, ensuring a high standard of quality and safety. Marking according to this standard provides additional confirmation that Teslass sunglasses offer effective and reliable protection against solar radiation.

ANSI Z80.3:2015 is a standard published by the American National Standards Institute (ANSI) that provides specifications and guidelines for ophthalmic optics. Specifically, this standard focuses on recommendations for prescription ophthalmic lenses. ANSI Z80.3 establishes requirements for optical performance, impact resistance, materials, labeling, and other aspects related to eyeglass lenses.

Teslass sunglasses comply with the ANSI Z80.3:2015 standard. We proudly emphasize that Teslass sunglasses undergo rigorous testing and have been confirmed to meet the specifications outlined in the ANSI Z80.3:2015 standard. This standard, published by the American National Standards Institute (ANSI), sets high requirements for prescription eyewear lenses, including optical performance, impact resistance, materials, and labeling. Teslass, as a brand, is committed to providing top-quality products, and compliance with the ANSI Z80.3:2015 standard reaffirms our dedication to safety and quality in the field of ophthalmic products. These sunglasses not only deliver a high level of optical clarity but also meet stringent eye protection requirements. Each pair of Teslass sunglasses symbolizes our commitment to delivering products that not only adhere to the latest industry standards but also exceed expectations in terms of quality, comfort, and style.

AS/NZS 1067:2003(A1:2009) is the Australian-New Zealand standard for sunglasses and similar personal eye protection. This standard establishes requirements and guidelines regarding various aspects of sunglasses to ensure adequate eye protection against the harmful effects of sunlight. Here are some key aspects covered by this standard: Blue Light Radiation: The standard defines the maximum allowable level of blue light radiation that sunglasses should filter to provide adequate eye protection. Ultraviolet (UV) Radiation: The standard sets the maximum allowable level of UV radiation that sunglasses should filter to offer appropriate eye protection. Optical Performance: It establishes a standard for optical clarity and lens quality to ensure comfort and safety when wearing sunglasses. Impact Resistance: If specified, the standard may include requirements for the impact resistance of lenses to provide additional safety. The designation (A1:2009) indicates an amendment (A1) that came into effect in 2009. If you have sunglasses labeled with this standard, it should mean that they are designed and tested according to specifications to provide adequate protection against sunlight.

Teslass sunglasses meet high safety and quality standards, including EN ISO 12312-1:2013(A1:2015). This international standard sets requirements for sunglasses, ensuring they provide reliable protection against the harmful effects of sunlight, including UV radiation. Our commitment to top-notch products is reflected in Teslass sunglasses, carefully designed and tested according to strict EN ISO 12312-1:2013(A1:2015) specifications. This standard ensures that each pair of sunglasses offers optimal optical clarity, a high level of UV protection, and comfort during wear. When you wear Teslass sunglasses, you're choosing a product that not only adheres to the latest international guidelines but also sets high standards in the sunglasses industry. Your safety and satisfaction are at the core of our business, and we take pride in delivering products that meet or exceed international standards.

We conducted market testing for Teslass sunglasses, providing 50 units to users for trial. After 3 weeks of active usage, 43 users were so satisfied that they decided to keep the sunglasses, expressing their intention to purchase them at the full market price. These users, after testing, shared their experiences and reviews with us. Among the remaining 7 users who were willing to return the product, 4 had a high prescription, while the remaining 3 were already using similar products. All users ultimately received Teslass sunglasses as a gift. These positive results indicate the product's success in the market, and feedback from users with prescriptions provides valuable insights for further improvement and customization of the product to meet the needs of the target audience.