Modular Keychain Fidgeting Cylinder

Modular Keychain Fidgeting Cylinder

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25
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Print Profile(2)

All
X1 Carbon
P1S
P1P
X1
X1E
A1

[updated] 0.2mm layer, 2 walls, 15% infill
[updated] 0.2mm layer, 2 walls, 15% infill
Designer
1 h
1 plate
4.7(3)

[updated] print 1 by 1
[updated] print 1 by 1
Designer
1.8 h
7 plates
5.0(1)

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51
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2
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Released

Description

Introducing a captivating 3D printable fidget toy designed to cater to your creative fidgeting needs! This toy comprises a series of intricately crafted rings, rotating independently, providing a dynamic and satisfying tactile experience.

 

What sets this fidget toy apart is its modular construction, enabling effortless interlocking of rings. This means you can easily assemble and disassemble the toy, offering you the freedom to rearrange, customize, and build it with an array of vibrant colors and various lengths. The versatility doesn't end there – the included handle serves a dual purpose, providing a comfortable grip for effortless ring rotation while also functioning as a convenient attachment point for your keyring or bag.

 

 

Range of available designs:

  • Gear Ring
  • Nubs Ring
  • Spheres Ring
  • Tori Ring
  • Tire Ring
  • Waves Ring
  • Handle/Keychain Adapter

 

Mix and match these components to create a fidget toy that suits your personal preferences and style.

 

Printing this fidget toy is a breeze, requiring no supports for a hassle-free experience. For added flair, consider printing multiple times, selecting different colors. I personally achieved successful prints using PLA on a Cool Plate (refer to my print profile). Please note that it might be necessary to break free the Tire Ring by slightly pressing on the axle.

 

UPDATE

 

I got feedback that the connectors stripped off. The connectors were clearly a weak point of the first design so I updated them and made them sturdier. Also I improved the tolerances of the Tire Ring a bit.

 

Comment & Rating (8)

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Print Profile
[updated] 0.2mm layer, 2 walls, 15% infill
makes for a great little keychain and printed in record time. thanks!
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The print profile is no longer public
Connectors are too small and strip easily when twisted.
The designer has replied
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Thank you for the feedback. Sorry that you encountered this problem. I see that the connectors are clearly a weakpoint and have updated the model to make them sturdier.
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Replying to @LDVCO. :
Thanks again. I really appreciate your improvements.
0
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Love this design
0
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Print Profile
[updated] print 1 by 1
0
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Print Profile
[updated] 0.2mm layer, 2 walls, 15% infill
0
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Print Profile
[updated] 0.2mm layer, 2 walls, 15% infill
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