Now we have the empty monitor shell. The next step is to make the VESA bracket. There is three sets of VESA templates but I have selected the middle one because 2 holes already line up. Put two nuts and bolts into these, then using the permanent marker, mark where the other two holes need to be made. Also mark where you need to cut the plate so you are left with the square plate only.
You want your bracket to fit plush against the rear of the monitor plastic cover, as the screws will clamp your new bracket, sandwiching the back of the monitor to the VESA stand - similar to how real VESA mounts work. If it is lose you will hit problems later down the track. I used pliers to pull away at these standoffs. Ensure that no pieces of metal are visible or touchable. This is going to temporarily hold the screws in so they can't fall out and also insulate the metal bracket so it can't interfere with any monitor electronics.
I have chosen the latter: Attach the back of the LCD which is still separated to the VESA arm, by simply putting the vesa arm bracket through the screws that should be poking out the back, then tightening with the correct size nuts:. You will hear similar popping sounds as to when you took it off. You've duplicated what some silly people pay thousands for. My concern here is the monitor wasnt designed to hold itself up from the back plastic.
Along the way you also removed some plastic stiffeners to make space for the steel plate inside the monitor. For me, the safer option would be to take the desk mount, bring it to a machine shop and have them fabricate an adapter with a vesa compatible plate with threaded holes. Reply 2 years ago. One of the viewers suggested the following and I'm wondering what you think about this solution: "This is the way it should be done, especially for larger monitors 27" and above.
The panel plastic needs to beefed up significantly and the beef needs to be structural. I would have rough sanded the inside panel. Then I would have poured a pool of 4 ksi epoxy on the inside panel 8oz bottle of JB Weld, or Loctite. In shear, considering 4 screws, at what? There seems to be a nice depression on the back panel of these monitors that the epoxy could pool nicely.
Then the nuts on the other side after epoxy cures. Stronger, beefier, durable in all directions, especially in the shear plane which is most critical for this problem. So helpful - thank you! My ideas were far more complicated! Nice guide. Kenserky , Jun 18, Pretty straightforward. Sacius , Jun 18, S1ndrome and mozila80 like this. Natachat90 likes this.
This will deffo help those people that are not good with handiwork Very useful video! FaezzulFarhan , Jun 18, Hello friends, Thank Razer Support.
It's always easier to understand on Youtube video. Natachat90 , Jun 20, Next video: How to drink coffee from a Razer Cup. S1ndrome , Jun 21, FiszPL , Jun 21, You must log in or sign up to reply here. Show Ignored Content. Razer Insider. The VESA standard makes the mount align with the holes on monitor or TV so mounting is uniform across brands and devices.
This standard defines the dimensions of the attachment interface so that monitor and TV manufacturers know exactly how far the holes need to be from one another. The VESA standard also defines the placement of the attachment interface. This is beneficial for the monitor and TV structure, as it minimizes torqueing forces. The VESA mount features a broad range of applications. Since the VESA standard has a large presence in both the TV and monitor market, you will be able to use the same wall mount across devices.
Additionally, the VESA wall mount enables you to position the screen however you want. This increases the flexibility and ergonomics of the entire setup. VESA mounts provide convenience, flexibility, and efficiency for offices and homes alike.
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