lcd screen eye strain supplier

It’s more important than ever to reduce exposure to high-energy blue light. Eyesafe® Displays provide blue light protection at the source and maintain vivid color.

It’s more important than ever to reduce exposure to high-energy blue light. Eyesafe® Displays provide blue light protection at the source and maintain vivid color.

Dell XPS led the industry as the first high performance laptop line with Eyesafe® Display blue light reduction. Dell continues to innovate with a first-of-its-kind discount program for UnitedHealthcare Members.

Screen time and over-exposure to blue light may contribute to digital eye strain. According to the Vision Council, many people experience eye discomfort and vision problems when using digital devices for extended periods. As many as 60% of Americans report experiencing symptoms of digital eye strain2 which may include:

Eyesafe® Display intelligently manages light energy at the LED source – selectively reducing blue light and dispersing across the light spectrum. Eyesafe® products are certified by TÜV Rheinland, a global leader in independent product testing, to meet industry-leading requirements for blue light emissions and color integrity.

Other solutions adjust the blue light by shifting color to warmer hues. Eyesafe® Displays reduce high-energy blue light while maintaining color performance.

The next generation in low blue light is here. Where LED solutions are limited, Eyesafe® DTX multiplies display performance in the backlight unit. Reduce blue light, improve color and battery life.

Developed with the Eyesafe® Vision Health Advisory Board, a group of leading optometrists and ophthalmologists from across the globe. Eyesafe industry-leading low blue light certification is based on optical testing and research.

In late 2021, LG Display, the world’s largest manufacturer of OLED television panels, announced a first-of-its kind partnership with Eyesafe. Together, they look to establish OLED as the world’s most effective technology for eye comfort. LG Display has committed to certify all of its OLED TV displays to meet Eyesafe® Standards for low emission of blue light and optimal color performance. Certification is conducted by the leading independent testing and certification firm TÜV Rheinland.

Eye fatigue, eye strain, tired eyes—Computer Vision Syndrome (CVS) affects up to 90% of office workers according to Vision Source, an independent optometrist network in the U.S.

What can you do about tired eyes when you have a screen heavy job? I talked to several optometrists specializing in CVS to draw up a course of action. Topics include:

“Vision and computers go together like oil and water,” says optometrist Dave Kading, owner of Specialty Eyecare Group in Seattle. This is due to the way the eye muscles work.

Ocular muscles contract and engage for viewing objects close up, and relax when looking into the distance. It is human nature to hone in on what stimulates the brain; this is why it is easy to ignore eye fatigue symptoms during the work day. “Our focusing system can get very locked in place,” Dr. Kading explains. If you stare at a screen all day, he says, “it’s like standing on one leg with your knee bent in a squat position—I don’t care who you are, you will fatigue with time.”

Worse, we blink 50-75% less when engaged in screen work. Use a web cam to record yourself looking at a computer monitor. “You’d be surprised how horrible your blinking is,” he says, noting in particular the tendency to half-blink when gazing at a screen. “Our eyes are not able to release the proper oil components into the tear film, and like a car engine, this can lead to friction and irritation.”

Almost all eye doctors recommend using the 20 20 20 rule—for every 20 minutes of work, look at something 20 feet away for 20 seconds. The break frees the eyes from the locked position and lets them relax.

During the break, slow and mindful blinking of the eyes helps. “Blink hard nine times in a row before or after gazing into the distance,” recommends optometrist Bryan Holman, an Alabama-based specialist. “It helps the oil glands and stabilizes tear production.”

Position the center of your monitor 4-5 inches below eye level, at about an arm’s distance away, advises optometrist Shazeen Ali, an Austin, Texas-based practitioner.

The lighting around your monitor is just as critical. “Excessive bright light either from overhead lighting or sunlight from windows can also cause eyestrain,” she says. “Position your computer screen to minimize glare from these sources and avoid using high-intensity ambient lighting.”

At night, a full-sized floor lamp is a better option than a spotlight desk lamp. Placing an inexpensive LED bias lighting strip behind a monitor reduces eye strain when working in a dark room.

There are applications that automatically manipulate screen lighting so it fits best with the time or day other lighting factors. A few good ones to try out:

Discomfort from tired eyes pales in comparison to the long term risks posed by excessive screen time. Certain kinds of light can harm the eyes if overexposed. The blue-violet and ultraviolet wavelengths that electronic devices emit can potentially cause cataracts and retinal disease.

For more severe cases of eyestrain, each doctor recommends special computer eyewear with amber-tinted lenses that guard eyes from bad light wavelengths.

Doctors recommend using flat-paneled LCD screens which usually have an anti-reflective surface and tend not to flicker like old CRT monitors. “Even when flicker is imperceptible, it still can contribute to eye strain and fatigue during computer work,” Dr. Ali warns. “When choosing a new flat panel display, select a screen with the highest resolution possible and relatively large screen display size.”

This comes with a caveat—obviously a huge 4K monitor does not suit basic office use. For eye health, you will be fine with a computer monitor over 19 inches corner-to-corner, and capable of Full HD resolution (1920 x 1080 pixels).

With LED backlit computer monitors, you will find research that shows screen dimming features can induce detectable flicker. This occurs more often with monitors that use pulse width modulation (PWM) for brightness control. To address this, LED monitor manufacturers have developed flicker free technology with buzzword-sounding names that vary by vendor.

A few examples: ASUS Commercial Series uses a proprietary technology called ASUS EyeCare. Certain ViewSonic LED monitors use a different dimming technology called direct current (DC) to control flicker. BenQ monitors with ZeroFlickerTM achieve similar ends.

A combination of behavioral techniques and simple applications and tools can help reduce tired eyes from prolonged computer monitor usage—let me know in the comments what works for your eye fatigue.

Eye fatigue, eye strain, tired eyes—Computer Vision Syndrome (CVS) affects up to 90% of office workers. Optometrists specializing in CVS draw up a course of action.

In the visible light spectrum, blue light has wavelengths adjacent to ultraviolet light. Compared to the factory preset setting of 6500 K of typical LCD monitors, Paper Mode is closer to the spectral distribution with long reddish wavelengths so it reduces the amount of blue light, a cause of eye fatigue, and helps prevent eyestrain when reading documents. When used in conjunction with Auto EcoView dimming function, blue light can be reduced by as much as 80%.

Due to the way brightness is controlled on LED backlights, a small number of people perceive flicker on their screen which causes eye fatigue. FlexScan Frameless monitors utilize a hybrid solution to regulate brightness and make flicker unperceivable without any drawbacks like compromising color stability – even on low brightness settings.

The monitor uses an LED-backlit IPS (in-plane switching) LCD panel with 178° viewing angle that minimizes color shift and contrast changes when viewing the screen at an angle. This means that two people sitting at the one computer can easily see the screen with high image quality.

Eyestrain is a fairly common condition amongst office workers everywhere. Staring at a computer screen for long hours on end while you work can put a great deal of strain on your eyes, causing them to feel dry, tired, and watery. This is an extremely uncomfortable condition, but it can be remedied by replacing your current computer screen with one of the best eye care and anti-glare monitors for poor eyesight on the market.

Digital eyestrain, also known as computer vision syndrome, is a condition that affects approximately 75% of people who spend eight hours or more working in front of a computer or other digital device. After a while, eyes can start to feel fatigued, dry, and even teary. Digital eyestrain can temporarily affect your vision, making it out of focus and hard to see.

Doing simple eye exercises throughout the day can help. Try rolling your eyeballs in different directions, then look to the left and right without moving your head. Lastly, take a few minutes here and there to look away from your screen to give your eyes a bit of a break.

Monitors contain LED backlights to evenly distribute light throughout the screen for ultimate visibility. These lights turn on and off rapidly, sometimes causing the screen to flicker, which forces the eyes to work harder to see what’s on the screen and leads to eye fatigue, headaches, and strain. Flicker-free monitors provide a flicker-free viewing experience by dimming screen brightness to reduce eyestrain.

With a wider field of view, longer viewing angles, and lower distortion levels, curved monitors effectively reduce eyestrain and make it easier for users to view onscreen text and images.

Monitors with an ergonomic design can be adjusted according to the height and field of vision of each individual user to reduce neck, back, shoulder, and eyestrain.

Blue light is a short wavelength high-energy light. It’s one of the main aspects of the visible light spectrum that the human eye can detect, and it’s typically emitted from computer monitors. It can exponentially increase eyestrain and fatigue, which is why a lot of modern industrial computer monitors and displays have a built-in or add-on blue light filter.

Screen glares or reflections force you to strain your eyes in order to see what’s on the screen better. Built-in anti-glare panels or filters eliminate onscreen reflections so that you don’t have to squint or strain your eyes and can comfortably view the screen.

There are several types of IPS panels on the market including S-IPS, H-IPS, AHVA, and Super PLS. All of them offer exceptional eye protection to varying degrees.

If reducing eyestrain and discomfort is one of your top priorities for your employees and customers, then you need a state-of-the-art commercial or industrial display computer monitor from Nauticomp Inc. We supply a number of high-tech, durable, and easy-to-use digital displays to retail outlets, offices, medical facilities, and even for military and Marines use. Contact us for more information.

Chances are, you use computers in the workplace, and while they’re helpful in a multitude of ways, they can cause eye strain. That eye strain can lead to blurry vision and even headaches and neck pain.

According to recent studies, as many as 90% of people who spend extended time in front of digital screens experience some sort of eye strain or related eye issues. While giving up computers all together may not be an option, you can take steps to keep your eyes safe while on the job and at home. Our experts at McDonald Eye Care Associates discuss practical tips to protect your eyes from eye strain.

Scheduling a comprehensive eye exam is one of the key steps in preventing eye strain related to computer screens. Our team at McDonald Eye Associates offers comprehensive eye exams to detect any visual issues and can explain how to keep your eyes safe from eye strain while at work.

People have a habit of sitting close to their computer screen, but sitting too close to your screen contributes to eye strain. Adjusting your screen position is a simple and easy step you can take to protect your eyes. You should sit at least 20-30 inches away from your screen and position the top of your screen at eye level. This not only reduces the chances of eye strain; it prevents neck strain.

When it comes to screen time in the workplace, lighting is everything. Offices that have too much natural or artificial light increase glare on your screen, which spells trouble for your eyes. Try tackling the glare in your office to ease the strain on your eyes.

Depending on your office setup, you may need to partially close blinds or draw shades halfway closed. You may also need to turn off any harsh lights or position your screen to prevent direct sunlight from causing glare.

Anti-glare screen filters are a simple way to cut down on the amount of light that reflects off of your computer screen while you work. The result is a more pleasant viewing experience that won’t result in eye fatigue and strain.

Anti-glare glasses have a coating that reduces glare and reflections to protect your eyes. This is an excellent option if you use laptops, cell phones, and other devices along with standard desktop computers.

Rest breaks for your eyes are something your grandparents didn’t have to plan into their day. But today we spend more and more time at our computer screens and need to consider giving our eyes a rest throughout the day. It’s best to give your eyes a short break after every two hours of continuous screen time. This could mean taking a five-minute walk to the watercooler during your workday.

Electronic manufacturers are pushing the boundaries with vivid screens that display colors and images that appear vibrant and bright. While this may look stunning, your eyes weren’t meant to look at bright, vivid screens for hours at a time. Going into your computer’s settings and turning down the brightness and backlight can go a long way in preventing eye strain.

If you use a traditional desktop, consider upgrading your monitor. LCD monitors are more gentle on your eyes than older technologies. A high-resolution LCD monitor is able to display crisp, sharp images without problems with flicker, so your eyes are in less jeopardy when working at the computer.

Did you know that when you stare at a screen for long periods of time it causes you to blink less often? When you blink less, your eyes can become dry and irritated, increasing the risk of eye problems. When at the computer, make it a point to blink normally and fully. If you find that your eyes feel dry, use artificial years to keep them moist.

At McDonald Eye Care Associates, we are a full-service eye care practice. For more information or to schedule a routine exam, call our Lakeville, Minnesota, office.

You don’t have to be incredibly tech-savvy to turn down the screen brightness on your laptop, but the process will vary depending on the model of your device. First, check the line of F keys on the top of your keyboard. If any of them have a little icon that looks like a light bulb, a sun, or any other light source, try pressing them to see if it adjusts brightness. Chances are that they, more likely than not, will do so. Keep in mind that you may need to use your Fn or Function key to trigger these effects.

If you want to lower your screen’s brightness for your desktop PC, there are a few ways to do so. Windows 10 makes it easy. Click the battery icon in your Windows 10 notification area, and adjust the brightness to suit your needs. To do so, open the Settings from the Start menu, select System, and choose Display. Adjust the slider to where you want your system’s brightness to be.

Windows 7 and 8.1 have a screen brightness adjuster in your system’s Control Panel. Select Hardware and Sound > Power Options. You’ll see the slider, which will be available at the bottom of the Power Plans window.

Windows 10 has the option to automatically adjust brightness in relation to your remaining battery life. To do so, open Settings > System > Battery save. Select Battery saver settings. You need to make sure that the Lower screen brightness while in battery saver is checked, and you can use the adjustable bar to select a percentage for when the screen will dim. By default, it will be set at 20 percent battery remaining.

While these tips will work on the software side of things, you can alter your monitor settings with the buttons on the side or front of the computer monitor. Most monitors have several different settings, including brightness, contrast, and color adjustments that you can tweak to make it easier on the eyes. We wish we could give you some specific tips for this, but virtually every monitor and manufacturer has slightly different configurations.

By keeping an eye on your screen’s brightness, you can keep your eyes healthy, experience less pain, and have longer battery life. For more great tips and tricks, subscribe to SemTech IT Solutions’s blog.

After working on a computer or browsing on your phone for too long, do your eyes become tired, dry, or strained? Then you’ve experienced what so many others have: eye strain. The past year has pushed many people to work or take classes from home, which leads to increased hours of screen time. Learning how to protect your eyes from computer screens can prevent you from feeling the discomfort of digital eye strain.

Eye strain is a condition that is commonly associated with driving long distances or staring at computer screens and other digital devices. It usually occurs when your eyes get tired from intense use, and it will usually subside on its own. For the most part, a digital eye strain is more annoying than painful. However, in some cases, eye strain can be a sign of an underlying eye condition that may require treatment.

In the digital age, technology has helped us accomplish more. But after hours of looking at screens, your eyes may become watery, dry, sore, or itchy. That’s because the light, specifically blue light, emitted off your computer or phone’s screen can put a strain on your eyes. Some long-term studies have shown that it can damage your retinal cells, which may lead to age-related macular degeneration. Until more research is conducted, most experts don’t believe that screens cause permanent damage to your vision. Digital eye strain headaches are a common symptom of eye strains from excessive screen time.

Do you feel some discomfort in your eyes after a long day of looking at your digital devices? If so, then you’re probably looking for a way to reduce digital eye strain symptoms. Here are some tips on how to protect eyes from computer and phone screens.

One of the most practical ways to protect eyes from computer screens is the 20/20/20 rule. It works like this, for every 20 minutes you spend staring at a screen, you must look at something at least 20 feet away for 20 seconds straight. This provides your eyes with a much-needed break. Feel free to adjust the amount of time you look away from a screen—the longer, the better.

Whether you are working from home or at the office, make sure your environment is appropriately lit. Less light in your room is actually better for your eyes. To ensure your work environment isn’t too bright, close curtains and use lower voltage bulbs.

A regular eye exam can help you get ahead of any eye conditions or problems from which you may suffer. It can also be a great opportunity to see if there aretreatmentsout there for your specific eye issues. Talk with an expert today about your eye health.

When possible, using an anti-glare matte screen can help reduce the effect glare can have on your eyes. Glare from your computer or phone’s screen stops your eyes from making adjustments that they need for you to focus. If you wear glasses, make sure your lenses have an anti-reflective coating.

The typical screens you deal with today offer refresh rates of 75Hz or more. The higher the better. Furthermore, screens with higher resolutions appear more lifelike. When you can’t see the pixels, your eyes don’t work as hard to make sense of the images in front of you.

One of the best ways to treat your eye strain problem is with artificial tears. As an effective way of keeping your eyes lubricated, artificial tears can be bought over the counter. Some artificial tears come with preservatives and some without, so you may need to try a few before finding the one best for you.

If you are suffering eye strain and are not finding relief from the above solutions, it may be time to see your eye doctor. As mentioned before, a regular eye exam can help you get ahead of any underlying conditions that are affecting your eyes. It can also be an opportunity for you to ask how to protect your eyes from computer screens. In the case that you do have an underlying eye condition, and want to see if you are a candidate for LASIK you shouldschedule a free consultation. You can trust that our doctors will help find the best solution for your eyes.

When you stare at a screen for hours at a time, whether it is a computer, TV, phone or tablet, you are exposed to blue light from the device. Alarmist headlines claim blue light from too much screen time is blinding us. But there is no scientific evidence that blue light from digital devices causes damage to your eye.

The discomfort some people have after looking at screens is most likely digital eye strain. Most of us blink less when looking at screens,causing eye strain and dry eyes, says Rahul Khurana, MD, a spokesperson for the American Academy of Ophthalmology. The good news is eye strain does not cause lasting damage and is easily preventable.

The best way toprotect your eyes against eye strainis to take regular breaks using the "20-20-20" rule: every 20 minutes, shift your eyes to look at an object at least 20 feet away for at least 20 seconds. You can also useartificial tearsto refresh your eyes when they feel dry.

Skip the glasses that claim to protect your eyes against blue light, because of a lack of evidence that they are effective. The Academy does not recommend any special blue light-blocking eyewear for computer use.

That is why Dr. Khurana recommends that you try to limit your screen time in the two to three hours before you go to bed. You can also try nighttime settings on your devices to minimize blue light exposure in the evenings.

Although people often associate blue light with computers and phones, the largest source of blue light is sunlight. Other sources include fluorescent light, compact fluorescent light bulbs and LED light. Blue light exposure from screens is much less than the amount of exposure from the sun. It"s also no more damaging than blue light from the sun, Dr. Khurana says.

Too much exposure to ultraviolet light from the sun increases the risks of eye diseases, including cataracts, growths on the eye and cancer. We know less about blue light. Its effects are still being researched.

However, there might be more reasons to believe that dark mode could assist focus. Screen flicker – which is caused by the computer screen’s refresh rate – has been shown to affect concentration. Nilli Lavie, professor of psychology at UCL specialising in neural mechanisms of attention, distraction and visual awareness has examined flicker in a research setting. “We have shown that the brain can respond to flicker in surround, even if you"re not consciously aware of it,” she says. Lavie suggests that a pure black backdrop would eliminate the presence of flicker, and thus eliminate this source of subconscious static.

“In our research, we always use dark mode,” says Lavie, whose work examines distractibility. Her experiments present stimuli in white against a black background, rather than vice versa, in experiments where the participant must look at the screen for an hour or longer. “Because we have found that it’s disturbing. We found that a white background produces some interference in its own right and can reduce the interference from the other stimuli.”

By now you’re probably familiar with public (screen) enemy number one: blue light. This strain of the colour spectrum jolts our brains into a state of wakefulness by tampering with its sleep promoting apparatus and makes it harder to get a restorative night’s sleep. A widely circulated 2018 study demonised blue light even further by suggesting it contributed to macular degeneration, but since then this research has been denounced by the American Academy of Ophthalmology for relying on flimsy methods and not taking cells from eyes.

“Light from iPads and LED screens can produce blue-white light in quantities that affect melatonin and relatedly sleep and circadian rhythms," says Singh. "This could be improved by true dark mode – if it works by not using LEDs in the background. This needs more research though as it"s just become the hot new thing.”

True dark modes reduces the levels of blue light emitting from our screens, but this can also be achieved to some extent by switching into night modes, that replace the harsher blue light with more melatonin-friendly orange hues, or by adjusting your colour temperature. However, limiting screen time entirely in the hour or two before bed is the best course of action.