Jellyfish Swimming – Mechanical Interactive Art 3D Printer Model

Author: @
License: CC BY-NC-SA
File formats: stl
Download type: zip
Size:13.0MB

The file 'Jellyfish Swimming – Mechanical Interactive Art 3D Printer Model' is (stl) file type, size is 13.0MB.

Summary


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Updated December 12, the tentacles files were corrupted, please try these new files

Jellyfish Swimming, a mechanical interactive art for the "Mechanical Marvels" contest.
Have this mesmerizing print on your desk or in your living room as a novelty decoration and a conversation piece.

No glue or extra parts needed, just print and play.

Check the new SpongeBob Jellyfish MOD

If you like it you should check the new Brainiac Skull Ship version and help my work

See all my designs on cults:
https://cults3d.com/en/users/jajaum3d/creations

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Printing

All files are in STL to print without any support and already in the best orientation to print.
Most parts can be printed with your standard 0.2mm layer config. In the pictures, they were printed using 3 walls and the new lightning infill for almost everything.
For the clear parts you can use the great tips on How To Print Glass
The tentacles must be printed in vase/spiral mode, to avoid the seam line, they have a custom easy-to-remove brim.

Parts grouped by the colors used in the pictures:

Pink (or your jellyfish chosen color)
Dome.stl
DomeRing.stl
CenterGear.stl
GearsBase.stl
8 x ExternalGear.stl
8 x ExternalTentacle.stl (vase/spiralmode)
4 x InternalGear.stl
4 x InternalTentacle.stl (vase/spiralmode)
Axle.stl - can be clear

Clear
DomeUnder.stl

Blue (or your base chosen color)
Base.stl
BaseLid.stl
CrankHandle.stl

Silver
CrankAxle.stl

Random color (these parts stay hidden)
CrankAxleGear.stl
CrankLock.stl
AxleBaseGear.stl

Assembling
https://youtu.be/fBVhXHgbrTI

Tips

  • Check all the connections, screwing and gaps before assembling, the parts must play freely.
  • For the gears use the seam line "aligned" on Prusa Slicer and activate the option “hide Seam” on Cura, the gears work better this way. Other parts can have the seam aligned back.
  • For the tentacles you can use the option to print them individually (sequential printing), I recommend print some extra because they can break easily. You could also print tentacles normally if you will.
  • The dome does not need supports, it have some bridge but have a gap to compensate bad bridging.
  • Don't use the elephant foot compensation on the dome and the dome ring or you will have some bed adhesion problems, actually all parts except the axles already have some compensation. But even the axles can handle a bit of pressure on the first layer.
Axle.stl 149.0KB
AxleBaseGear.stl 1.4MB
Base.stl 2.7MB
BaseLid.stl 2.2MB
CenterGear.stl 3.8MB
CrankAxle.stl 278.3KB
CrankAxleGear.stl 890.7KB
CrankHandle.stl 546.3KB
CrankLock.stl 885.8KB
Dome.stl 2.8MB
DomeRing.stl 1.8MB
DomeUnder.stl 1.5MB
ExternalGear.stl 4.4MB
ExternalTentacle.stl 1.8MB
GearsBase.stl 4.3MB
InternalGear.stl 3.5MB
InternalTentacle.stl 1.8MB