Download Eye Protector Blue Light Filter Extra Quality

Here at Ocushield, we care about your health. That's why we've built a community network of experts in eye care, sleep and blue light to understand the problems fully and find viable solutions to keep us safe and well.

Dhruvin studied extensively the role blue light has in the eyes physiology and circadian rhythms whilst studying to become an optometrist. This allowed him to build the research backed Ocushield products we have today. Alongside this he spent many years working in clinical practice, from hospital practice to community settings where he further developed his clinical skills.

Download Eye Protector Blue Light Filter

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Having learned about the dangers of blue light very early on in 2013 meant, I have been following blue light research closely over the years. The research/knowledge base has increased dramatically compared to what was available in previous years. Now we have epidemiological studies, clinical trials and peer reviewed papers all on how blue light affects our health.

It is now conclusive that blue light emitted from sources such as screens and ambient lighting, can affect three main aspects of our health. Firstly our eyes, by causing eye strain and headaches in the short term but also contributing towards Macular Degeneration in the long-term. Secondly, our sleep by suppressing the hormone melatonin which makes it possible for our bodies to fall asleep. Without the secretion of this hormone, we stay awake essentially. Finally, skin which has come from newer findings. We now know 30 hours of exposure to blue light from smartphone or laptop screens can increase the inflammation level in skin cells by 40%. This means more fine lines and early ageing.

Comment on blue light:

Blue light is a type of visible light with a shorter wavelength, making it emit higher energy. Blue light is not only given off by the sun but also by computer screens, smartphones, flat-screen televisions, and anything that has fluorescent and/or LED backlighting (which includes regular light bulbs btw!).

Sleep has an impact on every single area of our lives, and is the most important behaviour we engage in on a daily basis. Technology usage is another behaviour we take part in on a daily basis, yet it can have deleterious effects upon our sleep. The blue light emitted from electronics tricks our brains into thinking it's daytime. This causes our bodies to decrease the production of melatonin, the sleep hormone, which is the hormone we need to feel sleepy. Ideally, you should turn off all electronics at least one hour before bed, and you should also charge your electronics outside of your bedroom. If you must use electronics before bed for work or school, I always recommend using blue lock blocking products such as those created by Dhruvin Patel of Ocushield. Once you have powered down your electronics, engage in a relaxing bedtime routine in a cool, dark, and quiet bedroom. Having a sleep promoting bedroom environment, a consistent and relaxing sleep routine, and an appropriate and consistent sleep schedule, will keep your circadian rhythm (your sleep/wake cycle) steady, which leads to better sleep. The benefits of healthy sleep are truly endless.

Sleep is a crucial aspect of our physical and mental wellbeing. Not getting enough rest has been linked to cardiovascular disease, diabetes, obesity, infection, inflammatory conditions, mood and mental health risks, car accidents, and issues with memory and cognition. Many people have trouble sleeping at night, often thought to be due to insomnia, when in actuality they have a circadian rhythm disorder known as delayed sleep-wake phase disorder, which can be due in large part to the negative impact of blue light.

Removes Blue Light

Our ScreenTime Blue Blocking Screen Filter and Protector is the ultimate way to reduce exposure to blue light emitted from your iPhone. The anti-blue technology filters 50% of blue light from your phone and has been built into one of the world's toughest screen protectors, which not only protects your eyes but also your phone! There is simply no better iPhone Blue Light Filter than this one, especially not one that also doubles as a blue light filter iPhone screen protector!

Amazing protection properties

Not only does our ScreenTime Blue Blocking Screen Protector block and reduce harmful UV and blue light rays, it is also one of the world's best screen protectors. It will protect your phone against scratches and damage by using Gorilla ultrathin tempered glass, reinforced to enhance force absorption.

I bought these for all the phones in the family. We have already swapped over all of our lightbulbs ?and this was an easy next step. They block blue light AND protect the phone screen from damage and scratches. Easy to apply and help reduce the impact of late night phone use!

After 2 weeks of use the screen is scratched which causes my ocd brain angst but hopefully helps my eyes more. Hope that this issue can be rectified as was so excited to get a blue light blocking phone screen. Phone was not dropped. Attaching a photo so hopefully the scratches can be seen.

"We tested the leading blue light blocking screen protectors and ranked EyeJust as the number one most effective blue light blocking solution for filtering sleep-disrupting light with clear transparency and no yellow tint."

Thanks! I already orded the blue light filter version. I expect it next week. Good to know already what to expect from it in terms of color quality. The case is key to prevent glass damage. I used to buy Spigen Tough Armor. Really good stuff, also a cool flip stand. Never got any damage with that. The case of the FP4 is not in the same class of protection, but I guess it will do fine.

I received the blue light filter screen protector, it was free (promotion of Fairphone). I noticed there is two screen protector sold by Fairphone (the privacy filter and the blue light filter). In my case, they sent me the second. Are you satisfied with it ? Do you encounter the same problems as privacy filter ? it seems to not easy to install, so have you got advices ? is it easy to remove it once it is installed ? What can you tell me about it ?

I would have never guessed they would upcharge so much, and not tell me it had some nonsense blue light filter (why would I choose to filter the screen of my new $800 phone? iOS has it's own reduced blue light setting)

Other screen protectors and common software solutions adjust the blue light by turning your screen yellow. Eyesafe Screen Protection reduces high-energy blue light while maintaining color performance and luminance.

Developed with input from the Eyesafe Vision Health Advisory Board, a group of leading optometrists and ophthalmologists from across the globe. Eyesafe industry-leading low blue light technology is based on comprehensive clinical health and safety research.

Although the intensity of blue light emitted from electronic devices is much lower than from daylight, there is evidence that even at low intensity, artificial blue light from digital devices can cause oxidative damage to human RPEs in vitro.[7,8] Intrinsically photosensitive retinal ganglion cells, which express melanopsin and are maximally sensitive to blue light, regulate nonvisual physiological responses such as circadian clock, sleep, and melatonin suppression.[9,10,11,12,13,14,15,16] Exposure to digital displays can suppress melatonin levels and modulate sleep.[17,18,19,20,21,22] Blue and visible light exposure can also potentially contribute to age-related macular degeneration;[23,24,25] however, results are mixed and inconclusive because various factors can play a role in the development of this disease.[26,27]

Two images from the spectrometer software that show intensity for each wavelength in nanometers. The arrow points to the distribution correlating with blue light which ranges from 420 nm to 490 nm. The wavelength with the highest intensity was 450 nm. A decrease in the distribution correlating with blue light is seen when the screen protector is applied

A setting was defined as containing the following characteristics: (1) with or without the screen protector applied to the device, (2) distance away from the spectrometer, (3) percentage of brightness set on the display setting of the device, and (4) setting of NS mode set on the display setting of the device. Distances consisted of 15, 20, 25, 30, 33, and 40 cm from the spectrometer. Percent brightness and NS mode consisted of 0%, 50%, and 100%. Measurements were taken in a closed, dark room with the ceiling lights off and the spectrometer set to zero using its background correct function.

Evaluating the efficacy of the screen protector at different settings of NS showed a consistent percent reduction at 100% and 50% brightness [Figure 2]. At 33 cm, 100% brightness, and 0% NS, the screen protector resulted in a decrease in blue light intensity of 43.9%, 32.3%, and 34.9% for the iPhone 8, iPhone X, and iPad, respectively. When NS mode was increased to 50%, applying the screen protector resulted in a percent reduction of 50.8%, 34.2%, and 31.5% for the three devices. When NS mode was increased 100%, the percent reduction in blue light intensity for the three devices was 49.6%, 47.7%, and 29.4%.

Decreasing brightness also was effective in decreasing blue light intensity. At 33 cm, decreasing the brightness from 100% to 50% resulted in a decrease of 70.3%, 74.2%, and 71.5% for the iPhone 8, iPhone X, and iPad, respectively [Table 2]. Decreasing the brightness from 100% to 0% resulted in a decrease of 99.5%, 99.8%, and 97.8%. Comparing any setting with 0% brightness to a device that was turned off was not statistically significant.

Despite its ability to decrease blue light at 450 nm, the screen protector was the least effective when compared to increasing NS mode and decreasing screen brightness [Figure 3]. When evaluating reducing blue light intensity of the iPhone 8 at full brightness, the screen protector was roughly half as efficacious as turning on full NS. Likewise, decreasing brightness to 50% or 0% measured greater percent reductions in intensity. Applying the screen protector was most equivalent to setting NS at 50% as both of these changes reduced the intensity by a little less than half. ff782bc1db