The art of fully 3d printed origami & it's potential in robotics : https://youtu.be/xXuxi0dEk8I

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☕ If you like any of my designs, feel free to support me with a coffee: https://www.buymeacoffee.com/strelkomania

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Folds like a normal paper origami frog. Some pieces of the traditional paper fold were removed when re-creating as a print file so the frog isn't so thick when you print it. See picture! It still jumps!

This is a multi material print as seen in the pictures, where the blue material is a flex material and the white material is a rigid material.

I would suggest printing using a PLA based flexible material (i.e. Sakata X920) and PLA to get better bonding between flex and rigid layers. TPU will work but PLA will delaminate a lot quicker off the TPU after a certain amount of bending/folding iterations.

WIP - have plans to improve geometry to reduce delamination between flex and rigid elements.

I do suggest printing the first layer or two of PLA onto of the flex material at a hotter temperature (flex nozzle temperature) to attempt at improving the bonding between two materials. The rest of the PLA layers can be printed at regular PLA nozzle temp.

Can print in ONLY PLA but living hinges may crack/will fail sooner.

Can print in ONLY flex material, but origami will not fold as crisply as it does with PLA adding more rigidity to the non-living hinge elements.

Prusa

I3 MK3S

No

No