Fully Printable Monitor Stand - Height, Rotation and Tilt Adjustment - VESA 75 & 100

I wanted to gain space in my desk by removing the bulky original monitor stand. There was no available 3d printable solution for this that would allow me to fully control height, rotation and tilt of the monitor, so I decided to design my own. From a simple idea, it took into a week long project with multiple levels of over-engineering and trying to make it as universal as possible for everyone:

• VESA 75 & VESA 100 compatible

• Printable in 250mm & 320mm Versions (Compatible with Bambu A1 all the way up to H2 series covered and 90% of 3d printers on the market).

Assembly instructions:

1. Tighten the "VESA75and100Mount.stl" to the back of the monitor.

1. Tighten the "InnerShaft.stl" to your desk using wood screws. I used 3.5 x 10mm screws (6 units). If you want the screen tall and have a big printer, you can use "320mm_Innershaft.stl". If you want the monitor to rest lower or have a smaller printer, you should use "250mm_Innershaft.stl"

2.  (OPTIONAL) If you want to reinforce, you can use any wood or metal cylindrical object of 23mm to stay inside the "Inner Shaft" to reinforce the part.  I used one from a cheap toilet plunger.

3. Insert 4 heated inserts M4x5mm.

1. Put the "OutterShaft.stl" over it. If you want the screen tall and have a big printer, you can use "320mm_OutterShaft.stl". If you want the monitor to rest lower or have a smaller printer, you should use "250mm_OutterShaft.stl"

1. Make sure to use my printing profiles. If not, make sure you use Fuzzy Skin on the inside of the "HeightBlocker.STL" to more effectively block the stand from rotating once tightened. (Fuzzy Skin Settings 0.3mm / 0.3mm).

2. Choose the desired height, and insert the "HeightBlocker.stl". Then define the rotation you want and tighten the 4 screws (M4x20 or 22) to fix the height and rotation. This piece will basically act as a locker for the height and rotation.

3. Insert the "ThreadedRod.STL" from the front, and hold the "ThreadedNut.STL" on the back. Once the rod goes all the way in, rotate the Nut to start tightening. This is what you will use to control the tilt of the screen. When the rod is coming out of the front, the screen will tilt upwards. When the rod is retracted to the back, the screen is tilted downwards. This way you have infinite tilt adjustment (- / +20deg)

The genius idea for this mechanism was taken from @MintAndMax on MW. Big thanks to him for this simple yet super effective mechanism.

1. Simply drop the monitor with the mount on the top, and Enjoy!

I have printed this in Sunlu PLA and I have it assembled with my 27" KTC which weight 4.25kg and i did not faced any issues.

DISCLAIMERS:

• Please make sure to select and adequate filament that guarantees enough layer adhesion for the weight of your screen (You should avoid Matte or Silk filaments, since these have lower layer adhesion. Same goes for CF or GF filaments).

• Before printing, please ensure your filament is correctly calibrated (Flow and Temperature) to ensure you have good layer adhesion.

• I'm not responsible for any damage occuring when using this design. I'm using these files myself,  but since I cannot control the quality of your prints, I cannot guarantee this will work for you. Print and your own risk!