lcd screen bleed fix factory

personally i would give it a go if it was my only option and it was a cheap dell. but its not its a high end asus and the hardware inside isnt worth voiding the warranty for a fix that may or maynot work.

there are options though... you could replace the screen with that from another manufacturer if you can find 1 that has the same dimensions and rez and power requirements.

In this post, I would resolve and explain the backlight bleed you see on your monitor in-depth and would discuss how you can fix the backlight bleed issue.

Backlight bleed is a problem that can occur when the light from an LCD or LED monitor shines behind the display and leaks out into the surrounding area.

Backlight bleed is a common issue with LCD screens where light leaks through the edges of the screen and creates a glow around the edges. This can be distracting and affect your viewing experience. Backlight bleed is most noticeable in dark scenes or areas of the screen with a lot of blacks.

Backlight bleeding occurs when the LCD backlight leaks around the edges of the screen and appears with some patches of light through the other parts that are still dark.

During the identification, you may doubt if the problem is backlight bleed or IPS glow. Backlight Bleed is more an issue whereas if it is Backlight Glow, it is instead a limitation of the LCDs and it is common to notice that.

Backlight bleeding is a defect that’s extremely difficult to avoid, but with the right settings, you can reduce the amount of backlight bleeding on your screen.

If you are just using a new monitor, then it is awesome that you can issue a replacement or a warranty claim if you feel the backlight bleeding is too much.

If you notice a bright streak or glowing coming from behind your TV, it’s likely suffering from backlight bleed problems that need to be fixed before they worsen.

It is more of an annoyance than a problem that will affect the quality of your display. It can cause some streaking, but it’s not permanent and doesn’t have any effect on how well you see what’s on the screen.

IPS Glow is an effect that can be observed only on an IPS screen. When the monitor is viewed in a dark room, the image on these displays appears to have a white glow around the edges.

Unlike the backlight bleeding issue, the IPS glow is for the IPS type of screen technology. In this case, if you reduce the screen brightness and add some ambient lighting you can easily reduce the IPS glow.

The last thing you want on your monitor is light leaking around its edges. This is referred to as backlight bleeding. The backlight bleed test will help you determine if your monitor has this defect or no.

In many cases, you will not notice that your screen is suffering from too much light bleed until you use it in a dark room. Continue reading to learn more about a bleed test such as this, what causes this defect and how to prevent it.

Backlight bleeding is a screen defect that is likely to occur in new LCD displays that utilize a light source from the panel. The LCD panel itself is supposed to block out the excess backlight that is not needed when displaying an image/video.

Unfortunately, not all the light is blocked by the panel and as a result, light leaks around the edges of the frame. This is known as backlight bleeding and it can affect image/video clarity and spoil your gaming experience.

This is a type of backlight bleeding that is found on the corners of your monitor. In a serious case, the edges of the screen receive much more lighting whereas the center remains dimmer than on a normal monitor.

This is when there’re irregular patches of light still visible with a full black image screen. This type of backlight bleeding is more prevalent in larger displays than small ones.

The most common type of backlight bleed occurs along the edges of the screen. If you suspect your flat panel display suffers from possible backlight bleeding, you need to first make sure that you’re not mistaking it for an (In-Plane Switching) IPS glow.

If you’re not sure whether it’s a backlight bleed or IPS glow experience, it"s time for you to run a backlight bleed test. To perform the bleed test, follow these steps;

1. Turn off the room lights before you begin the bleed test. A dark room and a black screen/monitor make it easy to see if it is an IPS glow or backlight bleed.

3. Open a pitch-black image or black screen and search whether there are spots of light being emitted around the edges of the monitor or at the corners. If you don’t notice any backlight bleed issue or IPS glow, then your monitor is good.

There is also a website, lightbleedtest that you can use to bleed test this defect. Apart from a bleed test on your monitors, you can use them for your laptops and mobile phones.

This is a glow effect that appears along with the corners of an IPS screen especially when viewing dark/black content. It is the downside of IPS technologies that have a backlighting system to display images/video.

IPS displays are a type of LCD panel. IPS (In-Plane Switching) refers to the way molecules inside the liquid crystal display are positioned or oriented. IPS monitors are designed to widen the viewing angle without the image changing in color accuracy or contrast.

Burn-in means that a certain image that"s been on the screen for a long time is "burned in". Because the screen has displayed the same image for a long time, that image remains on the screen constantly, no matter what you"re viewing on your screen. The best way to prevent this is to turn off your monitor when you"re not using it.

Depending on how long the image has stood still, burn-in can be remedied or reduced in some cases. You can do this by turning the screen off for at least 48 hours and then showing a white screen for a few days, for example with an image or screen saver. Set your background lighting low to save the LEDs. It"s often worth trying, but if the damage is too bad, this trick won"t work anymore either.

The above reasons cause pressure inside the LCD resulting in the disruption of liquid crystal alignments inside the panel. This damages the panel which causes light leaking in some areas much more than other parts.

The last thing you want to see after unpacking and powering your gaming monitor is a backlight bleed. Luckily for you, backlight bleeding can be treated in most cases. So, if light has started to creep through your monitor recently, do the following;Don’t try to fix it yourself first but rather get your monitor replaced. In case, it"s still covered by the warranty. Some companies will not accept it if it’s tampered with or the seal is broken.

2. Next, slightly loosen the screws at the back of your display. This should stop the problem. Turn on the display to see whether the backlight bleeding has stopped.

3. If not, switch it off again and then take the microfiber cloth and gently rub the areas where the backlight bleeding appears; in a circular pattern. You should only apply moderate pressure for the screen to warp slightly.

Unfortunately, massaging your monitor isn’t guaranteed to fix the screen 100% no matter how often you do it. In this case, the best thing to do is to make the backlight bleeding much more manageable.

If your monitor has a backlight bleed, one of the ways to remedy is to adjust the display brightness to around 30% to reduce the intensity of the bleed. Right away, your problem will be solved.

Some cases of backlight bleed are serious; if the warranty is still valid, take it back for replacement. Or, get a new quality display model with higher standards or zero/less backlight bleed.

To ensure you don’t get a monitor with severe backlight bleed, buy the best one with minimal or less backlight bleeding. Make sure to read user reviews and see if other people are complaining about the excessive glow on the model that you are interested in before you purchase it.

Be careful with your monitor. Avoid situations that will cause harm on your display as this can damage or put a strain on its frame leading to backlight bleeding.

Check your display to ensure the screen is properly seating in its frame. If not, fix it by twisting it back into place and then check if the backlight bleeding problem has stopped.

To check for backlight bleed (commonly referred to as light bleed) on your display, play a full screen video or open a pitch-black image. Backlight bleed is the light that appears around the edges of the screen or in the corners.

Backlight bleed is a common issue with LCD displays, and unfortunately, there"s not much that can be done to fix it. The best solution is usually to try and adjust the viewing angle of the screen so that the bleed is less noticeable.

Backlight bleed is not always a defect, but it can be an indication of a defect. If there is too much light bleed from the backlight, it can cause a washed-out image on the screen. This is usually caused by a faulty or loose connection between the backlight and the screen.

ALL LED and LCD televisions, regardless of price or manufacturer, suffer from varying degrees of backlight bleed. Unfortunately, because the manufacturing process for these panels is significantly cheaper, it is extremely difficult to find a superior plasma television these days, as almost no one mass produces them.

Backlight bleeding occurs when light from the backlight of your monitor escapes through the screen"s edges. The light that was supposed to shine through the black screen now escapes along the edges, creating an uneven lighting pattern on the screen.

With advancements in visual technology, some potential issues can crop up from time to time. One of these issues is what enthusiasts might refer to as backlight bleed. Backlightbleed happens when light that is not needing for whatever you’re viewing is not blocked completely.

Some users may wonder if this bleeding effect goes away over time, or if can become even more problematic. We’ll get into the specifics of how backlight bleed works, and we’ll tell you how you might minimize or fix the issue as well.

When you’re viewing images or video on a modern liquid crystal display—one of the most common types of monitors for TV and computers today—you may notice that the entirety of the surface of the screen is backlit. This effect happens behind the major source of the monitor’s lighting itself.

Although the entire screen is lit up, it also has provisions for blocking out light that is not needed at a particular time or for certain imagery. However, sometimes this blocking does not happen as it normally should, and this is when the bleed occurs.

Some users may wonder if they should be concerned about backlight bleeding. In the technology world, the honest answer is often that it depends on several factors, and these factors can be different for everyone. However, let’s look at what backlight bleed is supposed to do. Later, we’ll get into how the bleed might affect performance for particular tasks.

If you want the absolute best, high-quality visuals with zero perceptible imperfections at all, you might be concerned about backlight bleeding. We should point out, though, that perception plays a key role here. Even if you are using a high-range LCD monitor, it is likely that you will deal with a tiny amount of backlight bleed in the course of your usage.

All that said, manufacturers do account for backlight bleed, and most of the good ones will do their best to reduce backlight bleed as much as they can when they test their products. Mostly, this should be sufficient for many viewing or gaming experiences.

Everyone is different, and you may apply your own standards to the acceptable level of backlight bleed you want to tolerate. As a good rule of thumb, you don’t need to worry that much about backlight bleed if it is not generally perceptible to your eye, or unless it is really affecting your experience.

If backlight bleed is a noticeable issue that is keeping you from enjoying your media fully, you may wonder if it can get better over time. For the purposes of our discussion, we will assume that users might wonder if backlight bleed might reduce itself on its own, with no input from them. The precise nature and causes of backlight bleeding can be complex. We can’t guarantee that all backlight bleeding will improve over time, but we’ll get to what you can do about that in another section.

What we can say is that there are cases where backlight bleed does seem to get better over time. This could be because of a variety of factors, but it is probably related to how much pressure is on the panel of the screen. If the backlight bleeding is a heavy issue when you first get your new monitor, you might notice that it is not such a big problem after a few days or weeks of use. For why this might be, the pressure on the monitor seems to make sense.

3. After some time, you may notice that the light from your monitor now has more even tones. This is one example where the backlight bleed could have improved, and that might be due to pressure lessening or evening out on the monitor itself.

Regardless, although there are several factors at play, it is true that backlight bleed can get better over time. It is good to keep in mind that this might not be the case with all monitors.

However, it is also true that if the backlight bleed is minimal, you may simply get used to it over time as you use the monitor. This is where a healthy dose of end user perception might come into play. Once a new monitor becomes familiar to you, small things that were imperfect might be easy for you to ignore as you enjoy your media. In this way, backlight bleed can get “better” as well.

We talked about how backlight bleed might lessen over time by itself. What can you do if backlight bleed is strong enough to be noticeable and doesn’t seem to be getting better after you give it some time?

There are things you might be able to do in order to mitigate the visibility of backlight bleed. We’ll touch on a couple of options in this section, but we should stress that a little bit of backlight bleed is in the nature of LCD technology, and there might be no way to reduce it to zero in particular monitors. Some users may need to exchange their monitors if the bleeding they cause is severe enough.

However, there are still fixes you can try in order to take care of backlight bleeding. One of the more common ways is to add more light-blocking materials to the monitor itself. While this can be effective, we should note that it is commonly used as a last resort, and it involves dismantling your monitor to add the materials.

If your monitor or screen is still under warranty, and if you really want to reduce severe backlight bleed, trying to exchange it for a different one should be your first effort. While the fix to eliminate the bleed can work, we stress that you should only do this at your own risk only, or if the monitor is no longer under warranty.

We’ve provided basic instructions on how you can dismantle your screen to apply more light-reducing materials. Before you try this, you can also go over the affected areas with a microfiber cloth in order to reduce clouding. Should you have exposed screws at the back of your screen, loosening them slightly might reduce the bleeding effect.

2. Remove the front bezel by separating the front of the monitor’s frame from its back. You may wish to lay down a soft, clean towel for when you flip the screen over to pull off the back part.

6. Your monitor should now be bare and ready for more materials. You can use dark black electrical tape as one easily obtained material that can block bleeding.

Whether backlight bleed affects performance in monitors is going to be up to individual user experiences. However, it is safe to say that only backlight bleed that is severe enough to be noticeable all the time and in conditions other than complete darkness might affect performance negatively. A bit of backlight bleed is common and accepted by many people who use monitors daily or care about specs.

Mostinstances of backlight bleed should not be noticeable enough to alter your viewing experience much. Even in conditions that are ripe for seeing the bleed more, it can depend on factors like the viewing angle to make any real difference. You should be fine even editing photos or playing games that go from very dark to very bright areas without noticing much bleed.

Current technology for monitors is amazing, but it can come with a few drawbacks. The inherent way that the screens are produced right now can lead to small visual effects like backlight bleed at the corners, or a general fogginess at the edges. However, while this effect is present, it is usually not noticeable. If it is noticeable, it may go away on its own over time, or you may get used to it and disregard it automatically. Should it be a bigger problem, there are a few fixes you could try, or you can attempt to swap it for an improved version of a similar monitor.

Did you take the logic board out? If so, then the bracket at the edge of the logic board by the volume buttons is on upside down and causing a lift. You should be able to just feel if you have something causing a lift there or if this is inherent to the screen itself. I know that I pull the backlight partially off of screens all the time to differentiate no image from no backlight—when i press it back together it will often have spots like these where the “pages” of the backlight are no longer “stickered” to the screen as they used to be.

A possible cause of bleeding is the display not being completely flat. The causes of this can be dust and grease. In this case, you need a microfiber cloth to rub the areas where there is bleeding. Clean in a circular motion without using too much pressure.

All LCD screens have some backlight bleed at first, but as the pressure around the panel weakens with use, it will become less noticeable. If you’ve had your device for a while, the backlight bleed probably isn’t going away.

Backlight bleeding is an effect where light leaks around the edges of your screen, making it unevenly lit. This cannot be remedied, but it can be partially prevented by buying a high-quality monitor and being careful with it.

When more pixels become damaged, the black spots will spread over your phone’s screen like an oil stain. While there are some tips given online on fixing this issue, applying them may do further damage to your device. The best line of action to follow is to seek professional help.

If it is just a crack on your phone’s screen, then you can apply a temporary seal to prevent the crack from spreading or growing further. For this temporary seal, you need to apply a compound called cyanoacrylate. Tilt the phone back and forth for covering the entire crack properly.

Dismantle the display and apply electrical tape around the edges of the LCD. If exposed, mildly loosen the screws at the rear of the display (this can reduce flashlighting) Using a microfiber cloth softly rub the area where the backlight bleeding is prominent (this can reduce backlight clouding)

A dead pixel won’t turn on, whereas a stuck pixel is permanently on. Since it’s permanently on, it typically appears as a bright, persistent dot on the screen, and is either red, green, blue, or white. If a problematic pixel is dead, it should look like a small black rectangle.

Dead pixels appear as a black dot on the screen (or white, depending on the type of screen) since it is defective. While in the case of a stuck pixel it shows some color (mostly Red, Blue, and Green). Dead pixels caused by manufacturing defects, their causes tend to be more serious than stuck pixels.

JScreenFix claims it can repair most stuck pixels in under 10 minutes, but giving it plenty of time to work never hurts. Try using it several times if the first run wasn’t successful.

Light leak/ bleed is backlight shining through where it is not supposed to. Most often it can be seen on edges of the screen and in some cases as smaller spots in various areas.

Backlight is at the back of the screen and it allows you to see the actual picture as otherwise you would have to use a flashlight to see anything:) if one of the layers is slightly misaligned from the edge it creates light leakage in that area.

So often times pressure stain is not a defect from a screen supplier like LG or Sharp but rather a design mistake or acceptance of too big of a tolerance for incoming component quality check.

Let’s say I am a factory producing for BRAND R. My client wants to see the slimmest laptop possible at the best possible price point. We lock down dimensions of all the components and their tolerances that go into a laptop. During assembly the factory accidentally uses screws that are a a bit too long to go into assembly of a laptop back causing increased applied pressure on the screen that at time of quality check doesn’t show any problems but during shipment to the end customer problem appears as the pressure is applied for too long time.

Safety issues, such as fire, smoke, electric shock, burns, scratches and other endangering personal safety issues; Seriously affect the usage, such as no display, often automatically crashes / shutdown / blue screen / restart; Damage that cannot be restored, such as parts burned, cannot boot cannot enter into the operating system (OS);

from 1,00,000 screens 50% have no visually identifiable light leak from a typical end user viewing distance. 25% have minor light leak that can be seen. 20% have average light leak that most people would find annoying. 5% have SEVERE light leak.

Backlight bleed and IPS glow are two common monitor issues that can impact your viewing experience. Although they have fundamentally different solutions and causes, they do look extremely similar. It can be helpful to identify which condition you’re dealing with so you can decide how to proceed.

On the other hand, backlight bleed often shows up on the edges as well as the corners of the monitor. Some monitors will only have bleeding in a single corner. Others might have different intensities of bleeding on every edge of the screen.

Do note that it’s impossible to get IPS glow unless the monitor uses an IPS panel. This is because IPS glow is, unfortunately, a quirk of the panel technology. You ideally wouldn’t purchase or keep a monitor that bleeds since backlight bleeding is a defect.

Once you’ve spotted the problem, it might not actually matter whether it’s IPS glow or backlight bleed. There is no fix for either condition–-they are both caused by a lack of quality control and poor manufacturing technique. Your best bet is to return the monitor and order a new one.

Although we covered how you can tell the difference between backlight bleed and IPS glow, there’s more to it than that. They have similar, but unique causes that could impact your future monitor purchases.

If you’re expecting a monitor to have none of this natural glow, then don’t get a display with an IPS panel. IPS is a kind of LCD technology that uses a backlight. It’s this backlight glowing through the panel that causes the IPS glow as we know it.

Since it’s partially related to the screen panel and how it’s installed, the exact same model of IPS monitor could have wildly different degrees of IPS glow. In that way, it’s very similar to backlight bleed.

The cause of the backlight bleed is a problem with the way the screen is installed. The term “backlight bleed” explains exactly what is happening; the backlight is bleeding through the screen. This happens either by having the light pressed too close to the screen or by having an improper fit between the screen and the frame.

Since backlight bleed is directly related to having the backlight shine through, it won’t change intensity just because you look at it from a different angle. IPS glow does change intensity, both by different viewing angles or by distance from the display. If you think about it, this makes sense. IPS glow has to do with the screen technology and not just the backlight.

A very reasonable way to solve IPS glow and backlight bleed is to simply avoid playing in the dark. This is going to be the most effective tactic because dark environments make excess light more obvious.

The other solution is to try to stop the “excess light”–-in other words, turn down the brightness. Your monitor should have a similar brightness to your surroundings. If you’re dealing with backlight bleed, though, it’s completely reasonable to turn it down a bit.

In a well-lit environment, it’s very possible that you will never notice IPS glow or backlight bleed. Only very severe cases of IPS glow should be noticeable at all, generally speaking. If you’re seeing IPS glow even with the lights on and without staring at a black screen, you have a defective monitor.

The solution, in that case, is just to return the monitor and get a new one. It’s the same for backlight bleeding, too. Any monitor with IPS glow or backlight bleed that’s serious enough to bother you in an ideal environment has a serious enough problem that you should return it.

Although there’s no consistent way to remove backlight bleed, you can try to loosen the panel frame slightly by moving it around with your hands. Honestly, though, it might not be worth it. This only has a chance of working if the bleeding is caused by the panel frame pushing into the screen, and you could damage the monitor more.

As for backlight bleed, you would have to avoid purchasing any type of LCD monitor. That isn’t a very realistic option, since LCD monitors dominate the market. Plus, LED monitors can also have backlight bleeds. It just isn’t as common.

An easier solution that works for both backlight bleed and IPS glow is to spend more on your monitor in the first place. It can feel painful to spend a lot of money on a display, but it’s the best way to get a quality monitor.

Remember: severe IPS glow and backlight bleed are both signs of a low-quality monitor. Don’t accept them as the status quo, and don’t buy a cheap monitor expecting it to be well-crafted.

Backlight bleed is, hands down, a worse condition than IPS glow. It’s always the result of poor manufacturing and/or another monitor defect. Usually, backlight bleeding is more intense (which makes it more disruptive) and there’s no consistent way to change or fix it.

IPS glow is never really a serious condition, except in rare scenarios. At that point, it would also be considered a defect. Still, backlight bleed is generally worse even in that scenario.

At the very least, IPS glow is often restricted to the corners of the screen and is symmetrical. Backlight bleeding can show up around all of the edges of the screen and can be very distracting because it’s not always even.

There are also plenty of ways to reduce IPS glow since it’s rarely as bright as backlight bleeding. IPS monitors naturally have lower contrast ratios. They also have wide viewing angles, so there’s no reason you can’t tilt the screen slightly.

All in all, backlight bleeding will cause the most severe lighting problems with your monitor. If you’re dealing with a serious problem, though, just return or replace the monitor. There’s no real solution, and a defective monitor is worth replacing!

The IPS Glow is a "glow" effect which is present on the corners of an IPS panel whereas Backlight Bleeding usually appears along the edges of a monitor. It is most visible when viewing dark images in a darker environment. The amount of the IPS Glow depends on viewing angles, the distance to the IPS panel, the ambient light, monitor brightness settings as well as the manufacturing quality. Each individual unit will vary in terms of the IPS Glow. Backlight Bleeding does not change when viewing at an off angle. The IPS Glow is technology-related and can never be completely prevented or eliminated.

But, How does it look like and how can I reduce the amount of it? Simple, easy, and fast tips & tricks to reduce the amount of perception of the IPS Glow on your gaming monitor. It is indeed not a real "IPS Glow fix" (since such a fix also does not really exist) but these tips will improve the image quality and combined with it the perception of the black level and contrast drastically. So, how to remove the IPS Glow? Everything clarified in this article.

Did you already have tried out some fixes? What is your opinion and which one offers the best result in your case? Do you have any other ideas, tips, and tricks? Let us know in the comments section here or in the YouTube video.

The IPS Glow and Backlight Bleeding can really be exhausting when buying a new monitor. It is most visible on the edges of an IPS monitor in a darker environment (and especially when combined with it higher monitor OSD brightness settings). It can appear with a brownish, light bluish, yellowish, or greyish tint and the amount and color can differ in each individual unit. Backlight bleeding refers to areas of bright light on the monitor that are primarily visible when viewing dark or black screens in the darker environment. These light areas usually appear along the edges or corners of the monitor.

Long answer: The IPS Glow is strongly depending on the viewing angle, on the distance, on the panel frame construction as well as on the ambient light. The brighter your environment, the less visible the IPS glow. The IPS Glow also can differ in terms of the IPS Glow color tint. Current WQHD high refresh rate gaming monitors have a brownish or bluish IPS Glow (depending on your individual unit) whereas 100Hz ultrawide gaming monitors have a more yellowish IPS Glow (LG Panel built in the Asus PG348Q, Acer X34A, Alienware AW3418DW, Acer X34P). Some other IPS panels with 60 Hz have a more white/grey tint in the IPS Glow. The IPS Glow is visible only in the corners/edged of a screen. However, the IPS Glow also is visible in bright image content or rather on a fully white screen when looking from an angle. At a harsher angle, it looks like the panel is coated with an oil filter.

The amount of backlight bleeding increases the more the panel frame pressures against the panel/display. It also can increase the amount of the IPS Glow when it pressures against the panel/display near the edged.

Backlight Bleeding otherwise occurs when the led backlit behind the panel or borders is placed faulty or when the panel frame construction causes too much pressure on the display. Unlike the IPS Glow, it does not depend on the distance to the monitor or the angle at which you look at the display. Sometimes, it is possible to lose the panel frame also a bit. In this case, you can observe that the amount of Backlight Bleed will decrease. However, Backlight Bleed often is visible also near the edged, because the panel frame at this part is mostly tighter and stiffer compared to the bottom center for example.

Already during the production, it is decided if a panel has bad, acceptable or very good IPS Glow and Backlight Bleed conditions. A panel has different layers included the anti-glare coating surface and the inner panel housing which is made out of metal. In the end, it depends on how well a panel is manufactured and how much pressure and tension the individual panel has. Incidentally, it is currently technically not possible to build an IPS panel without IPS Glow.

To test your individual unit for IPS Glow you simply just have to open a full black screen on your monitor and dim your ambient lights in your room (Lamps, lights from outside, windows etc.). The darker the room the more IPS Glow and Backlight Bleed you will be able to observe. You can follow this link where I have created a full black screen video on YouTube with a length of 30 minutes.

Depending on with which panel type or rather how strong the contrast is with which you are looking for test images and videos the IPS Glow and black level can differentiate. The less contrast the panel with which you are watching the test screens, better the blacks, and the Glow will appear.

I"m recording test screens mostly on an OLED viewfinder so that blacks and the amount of glow will appear when watching with a TN panel, better than in person or on an OLED screen. For the most realistic black level and IPS Glow picture you should watch one of my reviews on an OLED screen or a good VA panel with a strong contrast - So my reviews are more future proof.

While the inner panel frame is out of medal and also have a bit sharper edges, in the worst case your credit card can lose some plastic pieces which will be stuck in the inner panel frame. The result out from this is that these plastic pieces will cause more panel pressure and more Backlight Bleed.

Different units from different manufacturers will have different constructions and closing mechanisms so that you have to figure out how to open your monitor model. In my case, with the Viewsonic XG2703-GS, removing the panel frame only helped a tiny bit in terms of Backlight Bleeding. Losing the inner panel frame is not really possible and even when I was able to increase the gap between the inner panel frame and the display it also sometimes has increased the Backlight Bleed, probably because the backside of the inner panel frame became more tension.