I didn't really like the available stand options for the Azeron Cyborg II, so I created my own taking some inspirations from both Azeron's Magnetic Stand as well as Ares MK3 stand.

The tilting hinge works in the same way as Azeron's one, I designed it so it can be adjusted in 15 degree increments and allows for adjustment all the way to vertical position.

The magnetic plate can also be rotated to pretty much any angle so ultimately it probably gives the most freedom out of all available stands to date.

Disclaimer: The screws and screw key models are made by Azeron, not me. I added those models here for convenience as my stand reuses the same screws.

Compatibility:

I don't have the Cyborg I to test it myself, but allegedly it fits on both I and II correctly so I changed the name accordingly, let me know if you run into some compatibility issues with the stand and I'll try to help.

Additional required hardware:

• 10x5mm round, N35 neodymium magnets, 3 pieces (same as for Azerons first party stand), stronger or weaker magnets will also work, N35 i way stronger than necessary for a secure connection, that's just what I'm using.
• M3 hex nuts, 2 pieces
• M3x8 bolts, 2 pieces (M3x10 works too, it just sticks out a bit too close to the Pad's bottom for my comfort, it makes adjustments bit easier though)
• 10mm round silicone feet, 8 pieces, you can usually find them at furniture stores as “silicone bumpers”. I'm using something like this: [https://furniture-fittings.eu/transparent-self-adhesive-bumper-diam-10-mm-x-1-mm.html](https://furniture-fittings.eu/transparent-self-adhesive-bumper-diam-10-mm-x-1-mm.html)

Print instructions:

First of all, the 3d printed Screws and the Key are exactly the same as Azeron's 1st party stand so if you already have one you can skip those.

If you don't have them I suggest printing them in some material that can handle a bit of deformation without cracking, for example PETG (Personally I used PCTG for the entire model), and with min 6 vertical shell perimeters and infill percentage of ≥ 50%.

My suggestions for the rest of the model are as follows:

• Material: Most will work but the stiffer the better so I'd suggest PLA.
• Layer height: 0.2mm
• Supports: None (I tried printing it with supports but couldn't get those threads to print any nicer than without any)
• Vertical shell perimeters: ≥ 4 (Depends on the material, I had to print with 7 otherwise parts were flexing too much with PCTG)
• Infill: ≥ 30%

You're going to need 2 nut holders and the stl file only has one so far, so print two of those.

Build instructions:

• Start by checking if the 3d printed screws can go into hinge threads without an issue, you might need to do some cleanup if not.
• Depending on the magnets you get and your print tolerances magnets will hold just press fit (I designed it with press fit in mind)  or require a dab of glue
• Check the Assembly Manual file for instructions.

If you like my work and would like to support me you can buy me a coffe here: [https://ko-fi.com/mordraug](https://ko-fi.com/mordraug)