The world of 3d Print Fidget Toys is constantly evolving, and we’re excited to present the next iteration of a captivating design that takes tactile engagement to a new level. Building upon a previous popular model, this new fidget toy incorporates an innovative spinning outer ring, adding another dimension of movement to the already satisfying experience. This design not only enhances the fun factor but also serves as a testament to the possibilities of 3D printing and the continuous refinement of digital design skills using tools like Shapr3D. This version maintains the core appeal of the original while introducing a freely rotating outer ring around the inner bearing structure, offering a fresh and engaging fidgeting experience. Furthermore, the design has been updated to accommodate the pull rod insertion from either end, increasing its versatility.
The underlying philosophy behind this 3d print fidget toy remains consistent with the previous version, focusing on several key objectives:
- To conceive a truly original and visually appealing design that stands out in the realm of 3d print fidget toys.
- To ensure it is 100% print-in-place, eliminating the need for any assembly and making it immediately usable after printing.
- To keep the printing time efficient, ideally within a 4-6 hour window, making it a quick and accessible project.
- To incorporate intriguing moving components that operate in a captivating manner, providing a stimulating tactile experience.
- Above all, to create a 3d print fidget toy that is genuinely enjoyable to “fiddle” with, offering stress relief and sensory stimulation.
This latest design iteration is now available for community feedback. Initial prints using Prusament Galaxy Black on a Mini+ printer have been exceptionally successful. A crucial aspect post-printing is to manipulate the components to encourage separation and free movement. Applying a small amount of lubricant to the spindles can significantly enhance the smoothness of the spinning action. You’ll know the toy is optimally loosened when the inner rod/plunger can be swiftly removed, and the internal parts continue to spin freely for a noticeable duration, often accompanied by a satisfying sound.
We encourage you to try printing this 3d print fidget toy design and share your thoughts. Your feedback is invaluable in the ongoing development and refinement of these engaging creations.
Alt text: Close-up of a black 3D printed fidget toy with a spinning ring, showcasing the Prusament Galaxy Black material and intricate design.
Refinement for Enhanced Printability and User Experience
Based on user feedback and further testing, an optional STL file has been introduced featuring a 30-degree rotation of the outer ring. This seemingly minor adjustment significantly improves accessibility for loosening the six wheel bearings after printing. The initial design presented a slight challenge in accessing these bearings for post-print freeing, and this rotation provides greater finger clearance, simplifying the loosening process and enhancing the overall user experience with this 3d print fidget toy.
In a further design refinement, the slots on the top ball have been redesigned with rounded ends, replacing the earlier pointy design. This alteration not only contributes to the aesthetic appeal but also improves the print quality and durability of this component of the 3d print fidget toy.
Alt text: A vibrant orange 3D printed fidget toy in PETG, highlighting the 125% scale print and Prusament Orange material, demonstrating the design’s adaptability to different materials and sizes.
Furthermore, successful prints at 125% scale using PETG, specifically Prusament Orange PETG, have been achieved. These larger prints in PETG (as illustrated in the accompanying images) demonstrate the design’s versatility and ability to scale effectively while maintaining its functionality and appeal as a 3d print fidget toy. Experimenting with different materials and print sizes can further personalize your experience with this engaging design.
