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【Bidirectional Segment Damping】Ball-bearing Fidget Slider V2 Two-way Push Purely 3D Printed No Additional Accessories no supports

GIF

Print Profile(2)

All
A1
P1S
A1 mini
X1E
X1
X1 Carbon
P1P
H2S
H2D Pro
H2D
P2S
H2C
X2D
A2L

Loose fit version, adapted for low sinkage rate materials (PLA, Bambu Lab PETG HF)
Loose fit version, adapted for low sinkage rate materials (PLA, Bambu Lab PETG HF)
Designer
51 min
1 plate
4.6(44)

Tight fit version, suitable for high sinkage rate materials (regular PETG)
Tight fit version, suitable for high sinkage rate materials (regular PETG)
Designer
58 min
1 plate
4.6(10)

Open in Bambu Studio
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485
1104
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1.1 k
747
Released 

Description

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Highly Recommended: Best Fidget Toys

Please review the following instructions thoroughly before printing:

This is a purely 3D Printed fidget push card toy (video demonstration below), improved from the previously popular ball-type fidget push card, the main changes are as follows:

  • Can be pushed in both directions, the number of ball bearings reduced from 5 pairs to 4 pairs, and the number of detents for the full stroke increased from 4 to 6
  • Size further compressed, width reduced, and multiple areas of the design have been rounded, effectively avoiding situations like pinching or catching fingers when pushing down
  • Provides two sets of profiles, tight fit and loose fit, improving consistency of feel between different materials

Want to know about other fidget toys I designed Please click to go to: Original Design Fidget Toy Family Pack

 

Notes:

  • Due to the different sinkage rates of various materials, the clearance may be too large or too small I have provided two sets of profiles, tight fit and loose fit, to accommodate most materials In addition, you can further fine-tune the size of the ball bearing holes by adjusting the “X-Y inner contour compensation” in Bambu Studio to achieve a more perfect match The ideal state is: the ball bearings can rotate, but there is no sound when shaken.
  • This toy becomes smoother the more it is played with If the initial feel is not smooth (mainly due to uneven resistance caused by printing seams), it will improve after playing with it for a while If the ball bearings do not rotate smoothly, you can pinch them with your fingers and forcefully turn them a few times until the resistance decreases.
  • Some materials have high inherent friction, which can lead to a rough feel and difficulty in pushing In such cases, a small amount of lubricating oil/grease needs to be applied to the friction contact points.
  • Before printing, it is recommended to level the heated bed, clean the build plate, or apply adhesive to achieve better bed adhesion.

Installation method is shown in the figure:

My other works: Fts | Published - MakerWorld

Comment & Rating (74)

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Print Profile
Loose fit version, adapted for low sinkage rate materials (PLA, Bambu Lab PETG HF)
awesome
3
Reply
Boosted
Print Profile
Loose fit version, adapted for low sinkage rate materials (PLA, Bambu Lab PETG HF)
great fidget. very well designed. looks great in metallic silk pla
1
Reply
nice print!
0
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Print Profile
Loose fit version, adapted for low sinkage rate materials (PLA, Bambu Lab PETG HF)
it’s great just a little bit hard but you will eventually get it just have a lot of patience
0
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Print Profile
Loose fit version, adapted for low sinkage rate materials (PLA, Bambu Lab PETG HF)
Perfect
0
Reply
Print Profile
Loose fit version, adapted for low sinkage rate materials (PLA, Bambu Lab PETG HF)
hard to build but once I bid it it is really fun to play with
0
Reply
Print Profile
Loose fit version, adapted for low sinkage rate materials (PLA, Bambu Lab PETG HF)
I have ADHD and this is my FAVORITE fidget so far, and I've printed A LOT of them! The clicks are so satisfying! To the designer: Hi! I love this design — I actually printed one for myself and it's been living on my desk ever since. I run an ADHD-focused creator account (@tiff_the_adhd_artist, ~30K followers) and I'm putting together a small limited edition ADHD toolkit box — only 20 boxes, all hand-packed. I'd love to include a print of this design in the box. Full credit to you, and I'm happy to link your profile in all my content featuring it. Would you be open to that? Totally understand if not — just wanted to ask before assuming. Either way, awesome design!
0
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Boosted
Print Profile
Loose fit version, adapted for low sinkage rate materials (PLA, Bambu Lab PETG HF)
These print very nicely, I may have gone a bit over the top... Red/gold silk PLA, green galaxy PETG, and navy blue ASA. The ASA still needs some tuning, but that is on me since that print profile was heavily modified. Thank you very much for this model, assembly and usage is very enjoyable, and it's truly impressive how well you have captured the illusion of magnets with only printed parts, very satisfying.
(Edited)
0
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Boosted
Print Profile
Tight fit version, suitable for high sinkage rate materials (regular PETG)
Printed and assembled great, thank you!
0
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Print Profile
Tight fit version, suitable for high sinkage rate materials (regular PETG)
very good I like the design 😁
0
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License

This user content is licensed under a Standard Digital File License.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.