Wobble Ring Fidget Helix Print-in-Place Kinetic Smooth Glides Desk Toy for Stress Relief and Focus
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View on Cults3D ↗Description
This kinetic fidget ring glides and wobbles smoothly in your hand thanks to its print-in-place design. Delivered as a digital STL file, it’s a support-free print in place build that feels great to play with—especially in two-color filament. Perfect as a pocket wobble ring or eye-catching helix ring for your desk. 📝 Description The ring is composed of cylindrical rods that slide linearly while following a gentle helix path for a satisfying, tactile motion. It prints fully assembled (no support, no assembly) and moves straight off the build plate. You get two sizes: Large with 18 rods (outer diameter 59 mm, height 60 mm) and Small with 12 rods (outer diameter 42,8 mm, height 60 mm). Each size includes two tolerance options to match your printer: 0,3 mm and 0,4 mm clearance. The part is optimized for FDM with a 0,4 mm nozzle and PLA; dual-color filament highlights the helix pattern particularly well. Scaling is not intended to preserve motion quality and clearances. Compatible with common FDM printers and standard slicers. Download, choose your preferred clearance, orient rods standing as provided, and enjoy a smooth, support-free kinetic ring that’s fun to fidget with at work or at home. Print yours today! ✨ Specifications ✅ Two sizes: 18-rod large (Ø 59 × 60 mm) and 12-rod small (Ø 42,8 × 60 mm) ✅ Two clearances: 0,3 mm and 0,4 mm for different printer tolerances ✅ Print-in-place, support-free, no assembly required ✅ Looks great in dual-color filament
About this model
Wobble Ring Fidget Helix Print-in-Place Kinetic Smooth Glides Desk Toy for Stress Relief and Focus is a free 3D model in the Toys & Games category, shared by the Cults3D community. You can download it for 3D printing and reuse it in your own projects under the terms of its original license.
File formats
- STL — The most common mesh format for 3D printing — ready to slice and print on almost any printer.
The files for this model are hosted on Cults3D. Use the button above to open the original page and download it.