fidget button 3d models

This is a mini Fidget Spinner, which utilizes four 22mm bearings. ...The overall diameter is 100mm and it's conveniently printable using a 3D printer.

just a little fidget toy i made there is a good size gap in the mesh of the gears so tolerances will not be an issue

A cutting-edge triangle design fidget spinner has been engineered to seamlessly fit into any standard bearing measuring precisely 22 millimeters in diameter.

Print in place spiral fidget toy!Flip it upside down to see the sleeve slid up and down the spiral feature. 

A mini quiet fidget with a lot of tactile feedback in its small frame.https://youtu.be/M5QoJNZkU1Uhttps://youtu.be/M5QoJNZkU1U

Fidget Spinner Print Settings Printer Brand: MakerBot Printer: MakerBot Replicator 2 Rafts: Ignored Supports: Not Required Resolution: Unnecessary Infill: Scaled to 30% Density

A popular fidget spinner toy is crafted using SolidWorks software, with its visualization also accomplished through SolidWorks, anticipating a favorable reception.

This versatile tool doubles as a stencil for crafting precise rectangles and multiple-angled shapes while serving as an engaging fidget toy.

The source code requires OpenSCAD and dotSCAD. ...It can be found on dotSCAD/examples/spiral_polygons/fidget_cat.scad. ... OpenSCAD Documentation - Traditional Chinese OpenSCAD Documentation - English

This CAD model illustrates a fidget spinner, featuring a rapid rotation due to its enclosed ball bearing. ...The bearings are encased within two side holders for optimal performance.

This is a fun little Print-in-Place fidget toy that is small yet still satisfying! ... Video of it being designed: https://youtu.be/MuQA8rGlmVA

The source code requires OpenSCAD and dotSCAD. ...It can be found on dotSCAD/examples/spiral_polygons/fidget_heart.scad. ... OpenSCAD Documentation - Traditional Chinese OpenSCAD Documentation - English

The source code requires OpenSCAD and dotSCAD. ...It can be found on dotSCAD/examples/spiral_polygons/fidget_boo.scad. ... OpenSCAD Documentation - Traditional Chinese OpenSCAD Documentation - English

The source code requires OpenSCAD and dotSCAD. ...It can be found on dotSCAD/examples/spiral_polygons/fidget_star.scad. ... OpenSCAD Documentation - Traditional Chinese OpenSCAD Documentation - English

This project is a fidget toy with concentric rings that spin. This object was made in Tinkercad. ...Edit it online https://www.tinkercad.com/things/c6WXZWvZsrV

Use this fidget spinner to relax and unwind. Put 2 bearings in the sides of the spinner and one in the middle! ...Happy Spinning!</p>

I've designed this fidget spinner myself and I'm sharing the files for printing it out with ABS or PLA materials. ...Take a look!

I designed and built this unique, one-of-a-kind fidget spinner from scratch, putting my personal touch on every detail.

This a fidget Sphericon I designed after my other Sphericon. ...please give me some feedback on this and let me know how it prints.

adapt normal fidget spinners from tipple to dual. ... model may need sanding to get bearings to fit as its a tight fit

My own designed and printed Fidget Toy Assembly instructions: Fidget 2 and fidget plug are in PLA Print 4 (8 mm ovalboll) in the same PLA as Fidget 2 and glue them in the edges of the groves to allow the other "balls" to roll smoothly. The rest...

This creation originated from Tinkercad, accessible at https://www.tinkercad.com/things/kRCNfZqgROA. ...The unique fidget spinner boasts an atomic design, paying homage to the legendary atom model.

Greetings all, here's a stylishly designed fidget spinner for you! ...It's been meticulously crafted using advanced Catia V5 software.

This is a fidget spinner designed to resemble a delicate butterfly, complete with intricate details that mimic its wings and body.

My own design. ...I saw a fidget switch somewhere and decided to make my own. (with original measurements and everything) May need glue depending on the printer. ...

After printing, it's easy to remove the built-in support. ... The source code requires OpenSCAD and dotSCAD. It can be found on dotSCAD/examples/fidget_ball.scad.

This is a three-dimensional rendering of a Fidget Spinner, which has been meticulously crafted using the powerful computer-aided design software, Solidworks.

Mercedes presents a fidget spinner that allows for unlimited design possibilities, utilizing diverse materials and various designs to create a unique and customizable experience.

This is a fidget toy that actually spins just like the pictures showcase, allowing you to spin it as much or as little as you prefer.

The fidget spinner was designed using SolidWorks, a powerful computer-aided design software, while KeyShot was employed for its realistic rendering.