Vesa Mounted Monitors

[Aluminum] Worked as intended just make sure the monitors you bought have VESA mounts.

[9.06 lb] excellent product but did not include the VESA adapter to fit it to the monitors.

[Yes] I have mounted an entire home studio on this one pole with clamps and trays and a vesa mount monitor. Love it. Heavy duty.

[TUV] Needed a way to connect a VESA mounted 19 monitor quickly to a tripod for field work. This product did the trick to perfection... it's quick, easy and non-destructive.

[100 x 100 mm] Best Vesa mount for large monitors. Solid design, but overall it is big so don’t try to use it with small monitors. I’m using it with a 23” monitor but it can support much much larger. I went with this 5/8” receiver type instead of the ones that use a ball head because my monitor would sag. With a 5/8” pin i’m using a grip ehad on a CStand and it is rock solid.

[10.755 lb] Wow, what a difference. I was able to get my monitors exactly where I wanted them. And setup was very easy. Plus, this stand comes with all the tools you need. This computer stand does everything I expected from it. The two arms are multi jointed, so the monitors can be orientated to suit any configuration - the two arms are always at the same level. This stand appears to fit 75 and 100mm VESA mounting holes. So I had to make sure monitors had them. Many of the newer super thin monitors don't have any VESA mounts at all. Also, I had to be sure to position the monitors as close to the stand's center pole as possible. The base is nice, heavy and wide. But by positioning the monitors close to the center pole, I was able to better balance it. [I received this product in exchange for my honest review.]

[2 lb (0.9 kg)] I bought my MI-2781 a month ago, love it and recommend it to my fellow engineers working from home. It is a great product for the price. I was concerned the weight of my two 24" DELL monitors would make the free standing V base front heavy and front tipsy. This has not been an issue. The moment arm distance from the center of the vertical post to the front fulcrum line of the V base is about 8" and the center of mass of my 2 monitors is about 5.5". See my attached diagram. It would be helpful if the Mount-It website would include the 8" forward moment arm length in their diagram. I did have an issue with the MI-2781A Installation Manual which I suspect is common for most Dell monitors. Step 5 of cannot be performed after step 4 because the VESA mount on the back of my Dell monitors is recessed about a quarter inch. In other words, it uses a carpenter's mortise and tenon joint. This is common to most of the Dell monitors I have used. After the VESA compatible plate is attached to the monitor per step 4, there is simply not enough clearance to perform step 5. Instead, I had to do the following. - undue step 4 (remove the plate from the back of my monitor), - perform step 5 (attach the 2 plates to the arms), - new step (lay both monitors face down on the floor), - perform step 4 (attach the VESA compatible plates to the back of the two monitors), - new step (lift and set the entire V-base assembly on my desk), - then continue with installation step 6.

[1.36 lb] Compact Monitor Mount - Work with any light stand. The connector only works on VESA monitors. It makes it so easy to mount to a monitor and set up on a light stand. Very useful

I bought my MI-2781 a month ago, love it and recommend it to my fellow engineers working from home. It is a great product for the price. I was concerned the weight of my two 24" DELL monitors would make the free standing V base front heavy and front tipsy. This has not been an issue. The moment arm distance from the center of the vertical post to the front fulcrum line of the V base is about 8" and the center of mass of my 2 monitors is about 5.5". See my attached diagram. It would be helpful if the Mount-It website would include the 8" forward moment arm length in their diagram. I did have an issue with the MI-2781A Installation Manual which I suspect is common for most Dell monitors. Step 5 of cannot be performed after step 4 because the VESA mount on the back of my Dell monitors is recessed about a quarter inch. In other words, it uses a carpenter's mortise and tenon joint. This is common to most of the Dell monitors I have used. After the VESA compatible plate is attached to the monitor per step 4, there is simply not enough clearance to perform step 5. Instead, I had to do the following. - undue step 4 (remove the plate from the back of my monitor), - perform step 5 (attach the 2 plates to the arms), - new step (lay both monitors face down on the floor), - perform step 4 (attach the VESA compatible plates to the back of the two monitors), - new step (lift and set the entire V-base assembly on my desk), - then continue with installation step 6.

[0.34 lb] Add some flexibility to my monitors setup when it's mounted to small magic arms.Not as sturdy as a non swiveling Hdmi cable.Very practical.