Thingiverse
Z-Axis Stabilizer
von Uptownwings
10
Downloads
12
Likes
0
Makes
I was in need of stabilizing the Z axis on my tarantula for when my Y carriage is moving fast, but I didn't like the models that I found on the web. Either too complex, unable to adjust, etc. I wanted something simple and functional instead of pretty and questionable, and I don't think it will get more simple or functional than this.
Done right, this can catch the wobble both ways (push and pull) and doesn't take much space and is pretty fast to print as well.
I recommend printing with 3 walls for layer adhesion and honeycomb for rigidity.
parts needed per side:
2x 20mm M5 bolt
2x M5 nut
4x M6 nut (or 2x M6 nut and 2x M6 nut with nylon ring)
M6 thread of desired length.
2x Parker
2x M4 bolt
2x T-Nut M4.
I also recommend around 45 degree angle for this stabilizer to get the most performance out of it and putting it at least halfway up on the Z axis. The lower you go, the less you get out of this.
When installing, place the feet first, make sure they are tight. then m
Done right, this can catch the wobble both ways (push and pull) and doesn't take much space and is pretty fast to print as well.
I recommend printing with 3 walls for layer adhesion and honeycomb for rigidity.
parts needed per side:
2x 20mm M5 bolt
2x M5 nut
4x M6 nut (or 2x M6 nut and 2x M6 nut with nylon ring)
M6 thread of desired length.
2x Parker
2x M4 bolt
2x T-Nut M4.
I also recommend around 45 degree angle for this stabilizer to get the most performance out of it and putting it at least halfway up on the Z axis. The lower you go, the less you get out of this.
When installing, place the feet first, make sure they are tight. then m
Hast du dieses Modell gedruckt? Einloggen und dein Make teilen!
Melde dich an, um einen Kommentar zu hinterlassen
AnmeldenNoch keine Kommentare – sei der Erste!