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Fidget Sphere V2 - Spinner with a 3D Printed Spring

Pic-1.png Fidget Sphere V2 - Spinner with a 3D Printed Spring
Pic-2.png Fidget Sphere V2 - Spinner with a 3D Printed Spring
Pic-3.png Fidget Sphere V2 - Spinner with a 3D Printed Spring
Pic-4.png Fidget Sphere V2 - Spinner with a 3D Printed Spring
End Cap A.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
End Cap B.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Gimbal Ring Half A.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Gimbal Ring Half B.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Rotor Disc.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Shell Half A - pin holes.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Shell Half B - pins.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Spring.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Pic-1.png Fidget Sphere V2 - Spinner with a 3D Printed Spring
Pic-2.png Fidget Sphere V2 - Spinner with a 3D Printed Spring
Pic-3.png Fidget Sphere V2 - Spinner with a 3D Printed Spring
Pic-4.png Fidget Sphere V2 - Spinner with a 3D Printed Spring
End Cap A.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
End Cap B.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Gimbal Ring Half A.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Gimbal Ring Half B.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Rotor Disc.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Shell Half A - pin holes.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Shell Half B - pins.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
Spring.stl Fidget Sphere V2 - Spinner with a 3D Printed Spring
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Formato do design 3D
12 arquivos (F3D, PDF, STEP, STL, e ZIP) Fechar
  • End Cap A.stl
  • End Cap B.stl 7.0 × 23.0 × 23.0 mm
  • Fidget Sphere V2 - Assembly Instructions.pdf
  • Fidget Sphere V2 - Fusion Source.f3d
  • Fidget Sphere V2 - Print and Tolerance Notes.zip
  • Fidget Sphere V2 - STEP.step
  • Gimbal Ring Half A.stl 16.703293 × 34.991861 × 34.99593 mm
  • Gimbal Ring Half B.stl 16.703293 × 34.991861 × 34.99593 mm
  • Rotor Disc.stl 7.8 × 31.592929 × 31.596464 mm
  • Shell Half A - pin holes.stl 29.512708 × 39.983624 × 20.0 mm
  • Shell Half B - pins.stl 29.512708 × 39.983624 × 22.9 mm
  • Spring.stl 31.800133 × 18.713835000000003 × 8.69364 mm

Saiba mais sobre os formatos
Data de publicação
Número do design 4858479
Autor do design Maker_Mike
Maker_Mike

Maker_Mike

Algum problema com este design? Relatar um problema.

Informações do arquivo para impressora 3D

Descrição do modelo 3D

Spin the top like a fidget spinner. Press the sides and they spring back - on a 3D printed spring. No metal, no elastic, nothing you have to source.

That spring does double duty: it is also what holds the assembly together. The build is genuinely easy and it clicks together without glue, though a drop of glue is recommended if you want it permanent.

40 mm across. Eight printed parts, seven unique.

What you print

  • Shell Half A (pin holes) x1
  • Shell Half B (pins) x1
  • Gimbal Ring Half x2
  • End Cap A x1
  • End Cap B x1
  • Rotor Disc x1
  • Spring x1

Largest part is 40 mm, so any bed 45 x 45 mm or larger has room.

Fit

Every mating surface in this model is built around a single 0.2 mm clearance. If parts seize, that is the number to raise. If they rattle, lower it. Clearance is printer-specific, so expect to nudge it once and then never think about it again.

What is in this pack

  • All 8 STLs
  • Fusion 360 source (.f3d) and STEP
  • Print and tolerance notes generated straight from the model
  • Assembly instructions PDF

Named parameters you can edit

print_clearance (0.2 mm) drives every mating surface in the model - this is the one to touch for fit.

Also exposed and commented: sphere_dia, core_dia, pin_dia, socket_depth, tab_depth, ring_clear_outer, ring_clear_inner, track_spacing.

Good to know: sphere_dia resizes the shell and end caps, but the spring and rotor disc are fixed geometry - a full resize needs those adjusted by hand. The clearance and pin parameters drive cleanly.

Configurações de impressão 3D

FDM. This is a starting point - tune from here rather than from your slicer default.

Layer height: 0.2 mm - matches the clearance scale; much finer or coarser changes the effective fit
Walls / perimeters: 3 - walls carry most of the strength, and moving parts wear at the surface
Top & bottom layers: 4 - keeps the bearing faces solid instead of dimpling into the infill
Infill: 15-20%, gyroid or grid - even strength in every direction

Largest part is 40 mm, so any bed 45 x 45 mm or larger has room.

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Todas as categorias › Gadget

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