3-Legged Stool

3-Legged Stool

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Print Profile(1)

All
P1S
P1P
X1
X1 Carbon
X1E
A1
H2D

0.2mm layer, 3 walls, 18% infill
0.2mm layer, 3 walls, 18% infill
Designer
15.5 h
2 plates
5.0(1)

Open in Bambu Studio
Boost
35
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5
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5
Released

Description

Design

  • Materials - This design requires three 24" long 1¼" dowel rods. I purchased these from The Home Depot and cut them in half, so I was able to make two stools with three of them. They are toleranced to the ones I bought, but they are not press-fit. If you try to use a different brand and it doesn't go in, let me know and I'll make another print profile for that brand.
  • Strength - It is held together with gravity and pressure. When the step is pressed down, it tightens the entire stool. This is an age-old design that I brought to the the 3d-printer.

Note: I ran out of white filament just before I finished the print, so that's why the bottom of the step is tan-colored.

Assembly

  1. Turn the top upside down
  2. Set the step on top of it upside down
  3. Put the legs into the holes
  4. Turn the whole thing right-side-up
  5. Press the step down until the stool is firm

Note about me: I would love to pursue design full-time to keep creating awesome things. If you like my work, please consider boosting me or buying me a coffee. Thanks so much for joining me on this awesome journey!

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Comment & Rating (3)

(0/5000)

Print Profile
0.2mm layer, 3 walls, 18% infill
This is the most sturdy (and practical) printable stool I have seen on here. It's very easy to assemble and take apart to store. Only having 2 printed parts keeps things simple. The base serves as a good foot rest when sitting on it. I printed 2 of these in PETG with a .8MM nozzle. if you use a larger nozzle like I did I recommend adding an extra layer to the top (bottom of the stool as it's printed upside down) in the slicer to cover the infill pattern.
1
Reply
Thanks so much for the kind words! Glad you like it!
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printing this now. I'm going to use PETG with an .8mm nozzle on my A1. I'll post the profile when it's complete. I also plan on modeling some feet for it that includes a tpu pad for anti-skidd on smooth floors.
(Edited)
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License

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