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Ball Bearing Fidget Toy - Easy Print in Place Model

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Nutty145
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Ball Bearing Fidget Toy - Easy Print in Place Model 3d model
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Ball Bearing Fidget Toy - Easy Print in Place Model 3d model
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Ball Bearing Fidget Toy - Easy Print in Place Model 3d model
Ball Bearing Fidget Toy - Easy Print in Place Model 3d model
This model is restricted by licensing terms. 

Embark on a mesmerizing journey with this captivating Ball Bearing Fidget Toy – a simple yet enchanting creation designed to bring joy and relaxation to your moments of play. Dive into the fascinating world of 3D printing and unleash your creativity as you craft this delightful toy.

Immerse yourself in the simplicity of the design, where a perfect balance of 0.6mm clearance between the balls and the raceways ensures a smooth and effortless printing process. The bearing boasts a diameter of 120mm, providing you with the flexibility to scale it down to your desired size. Experiment with 50% or 25% scaling, as this versatile design seamlessly adapts without compromising its charm.

Witness the magic unfold as this model comes to life on your 3d printer. I have printed this successfully on both an Ender 3 V3 KE and Ender 3 V2 in PLA with standard/generic PLA settings in Cura. This simple model showcases how well your printer is tuned for printing tolerance/clearance. Let the layers come together, bringing joy to your printing endeavors.

Indulge in the pleasure of printing this Ball Bearing Fidget Toy, a creation that transcends simplicity into the realm of sensory enjoyment. As you embark on this printing adventure, remember that every turn and rotation is a testament to the fusion of technology and creativity.

Happy Printing! 🌀

Ball Bearing Fidget Toy © 2023 by Nutty145 is licensed under CC BY-NC-SA 4.0. For any commercial uses or intentions to sell the model or associated files, kindly reach out directly to Nutty145. Seek approval and engage in a discussion about the terms and conditions of use.


7 Likes52 DownloadsDecember 27, 2023



7 Likes52 DownloadsDecember 27, 2023
This model is restricted by licensing terms.