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Foldable robot 3d print
Fab365
+ more- less
It is a folding type robot that prepares 4D printing. Designed for easy folding of complex structures, this product has been designed to meet the needs of popular 4D printing in the future.
It will revolutionize 3D printing as a totally new structure robot that does not need to be supported nor assembled, just fold.
This design does not require assembly, but the head, arms, and legs can rotate at various angles, so you can play with a variety of things.
Especially, the arm has a double structure so that it can rotate in two directions, so you can take many poses. In addition, the legs are made to protrude to the front and back, and the angle is precisely adjusted so that it does not fall over.
The folded part is made concave so that anyone can fold it easily.
It is recommended that you use a raft instead of a brim.
Size of this product : before assembly XYZ - 145 x 100 x 45mm / after assemblyXYZ - 91 x 44 x 112mm
| PRUSA Slicing Settings | Simplify 3D |
|---|---|
| Extuder | Nozzle Diameter : 0. |
| Layer Settings | Layer Height : 0.1mm, 0.2mm / Top Solid : 8 / Bottom Solid : 6 / Outline : 2 |
| First Layer Settings | First Layer Height : 150% / First Layer Width : 100% / First Layer Speed : 50% |
| Infill | Interlor Fill Percentage : 10% / Outline Overlap : 30% |
| Additions | Raft : OK / Brim : NO / Support : NO |
| Ender Slicing Settings | Simplify 3D |
| Extuder | Nozzle Diameter : 0.4mm / Retraction Distance : 4mm |
| Layer Settings | Layer Height : 0.1mm, 0.2mm / Top Solid : 8 / Bottom Solid : 6 / Outline : 2 |
| First Layer Settings | First Layer Height : 120% / First Layer Width : 100% / First Layer Speed : 50% |
| Infill | Interlor Fill Percentage : 10% / Outline Overlap : 40% |
| Additions | Raft : OK / Brim : NO / Support : NO |
- File
- File 10.
6 MB
- Recommend Print
- Prusa i3 Mk3
- Replicator 5th Gen
- Ultimaker 2+
- Cubicon single
- Ultimaker 3
- Replicator 2
- Material Color
- All
- Average Time
- [0.2mm] 6h
- [0.1mm] 14h
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Fab365
+ more- less
This is the second in a series of folding robots to prepare for 4D printing. It was inspired by robot called "Robby" which appeared in movie "Forbidden Planet(1956)" and designed.
This is the kind of "3D Fan art". My imagination has been added so it is difficult to see the original shape before folding it.
Unlike the first, we designed a new structure to create a circular body.
The transparent parts are included. However, since the inside is not visible when printing to the FDM 3D printer, this robot is designed so that its characteristics are preserved even without transparent parts.
The ring-shaped parts of the robot's ears are the same size and shape, and their position may be changed.
Designed for easy folding of complex structures, this product has been designed to meet the needs of popular 4D printing in the future.
It will revolutionize 3D printing as a totally new structure robot that does not need to be supported nor assembled, just fold.
This design does not require assembly, but the head, arms, and legs can rotate at various angles, so you can play with a variety of things.
Especially, the arm has a double structure so that it can rotate in two directions, so you can take many poses. In addition, the legs are made to protrude to the front and back, and the angle is precisely adjusted so that it does not fall over.
The folded part is made concave so that anyone can fold it easily.
It is recommended that you use a raft instead of a brim.
Size of this product : before assembly XYZ - 144 x 123 x 45mm / after assembly XYZ - 123 x 48 x 115mm
Review on Youtube
3D Printing Nerd ➪
3D Maker Noob ➪
Innovaland 3D ➪
Dr.
make ➪
Robothut ➪
Folding Process ➪
Foldable robot R with ancient gold using LUGO 3D ➪
Youtube review from Jerry Fletcher ➪
Youtube review from Mighty Jabba's Collection ➪ 13:45~14:53
Youtube review from 3DWorkshop ➪
| PRUSA Slicing Settings | Simplify 3D |
|---|---|
| Extuder | Nozzle Diameter : 0.4mm / Retraction Distance : 2.4mm |
| Layer Settings | Layer Height : 0.1mm, 0.2mm / Top Solid : 8 / Bottom Solid : 6 / Outline : 2 |
| First Layer Settings | First Layer Height : 150% / First Layer Width : 100% / First Layer Speed : 50% |
| Infill | Interlor Fill Percentage : 10% / Outline Overlap : 30% |
| Additions | Raft : OK / Brim : NO / Support : NO |
| Ender Slicing Settings | Simplify 3D |
| Extuder | Nozzle Diameter : 0. 4mm / Retraction Distance : 4mm |
| Layer Settings | Layer Height : 0.1mm, 0.2mm / Top Solid : 8 / Bottom Solid : 6 / Outline : 2 |
| First Layer Settings | First Layer Height : 120% / First Layer Width : 100% / First Layer Speed : 50% |
| Infill | Interlor Fill Percentage : 10% / Outline Overlap : 40% |
| Additions | Raft : OK / Brim : NO / Support : NO |
- File
- File 20.1 MB
- Recommend Print
- trivend3D ➪
- Prusa i3 Mk3 ➪
- Cubicon Single ➪
- Ultimaker 3 ➪
- Ultimaker 2+ ➪
- Replicator 2 ➪
- Material Color
- Colorfabb silver ➪
- Average Time
- [Robot-R Glass - SLA] 3h 30m
- [0.
2mm] 7h 30m - [0.1mm] 17h 30m
Notice !
Feel free to talk about your product.
Comments that are irrelevant to the topic may be deleted
did you make it? please write making story !
Write Review
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Foldable Robot-S 3D File・Model for Download and 3D Printing・Cults
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3D Model Description
This is the third in a series of foldable robots to prepare for 4D printing.
This robot was inspired by a tin robot toy. A robot that puts a battery in its legs and blows smoke out of its mouth was a toy I wanted to have as a child. While this robot cannot walk or smoke with electrical power, its new interpretation is optimized for 3D printing.
Designed to easily fold complex structures, this product has been designed to meet the needs of popular 4D printing in the future.
It will revolutionize 3D printing as a brand new structural robot that needs no support or assembly, just folds up.
This design does not require assembly, but the head, arms and legs can be rotated to different angles, so you can play with a variety of things.
Especially, the arm has a double structure so that it can rotate in two directions, so you can do many postures. In addition, the legs are made to protrude forward and backward, and the angle of inclination is precisely adjusted so that it does not fall over.
The folded part is made concave so that everyone can easily fold it.
The biggest feature of this design is the use of a new double structure. First, we made the robot leg cover open and closed. Secondly, the needle can move according to the movement of the switch on the chest.
This new double structure, which allows complex movements in a single print, will showcase new possibilities in 3D printing.
Support should never be used. If there is a support in the gap of the moving part, its movement becomes impossible. It is recommended not to use Brim and use Raft for print stability. The transparent part of the head can be printed separately and then attached with glue.
This data may stick to moving parts depending on the condition of the printer, so check the condition of the printer carefully.
The folding order of this robot is as follows.
=======================================
▣ You can download SAME at https://fab365.net/items/115.
There are many other designs on fab365, some EXCLUSIVE.
And if you become a member of the Fab365 club, you can get amazing FREE products and get PRIORITY purchases of new products.
=======================================
▣ Video Reviews
https:/ /youtu.be/7f-A43jODhg
======================================
▣ Print Tips : https://fab365.net/print-tips-list
============================ ==========
Dimensions of this product : before assembly XYZ - 145 x 102 x 47 mm / after assembly XYZ - 91 x 44 x 118 mm
============ ===========================
3D Print Settings
PRUSA slicing settings make 3D easier
Extruder nozzle diameter: 0.4 mm / Retraction distance: 2.4 mm
Layer settings Layer height: 0.1 mm, 0.2 mm / Top solid: 8 / Bottom solid: 6 / Outline: 2
First Layer Settings First Layer Height: 150% / First Layer Width: 100% / First Layer Speed: 50% Piping : NO / Support : NO
Ender Cut Settings Simplify 3D
Extruder Nozzle Diameter : 0.
4mm / Retract Distance : 4mm
Layer Settings Layer Height : 0.1mm, 0.2mm / Top Solid: 8 / Bottom Solid: 6 / Outline : 2
First layer settings First layer height : 120% / First layer width : 100% / First layer speed : 50% NO / Support : NO
3D Printer File Information
- 3D Design Format : ZIP Folder details close
- Fab365_Robot-S.zip
Learn more about formats
- Publication date : 2022-10-14 10:53
Copyright
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designs 111
Downloads 1.8k
Liked designs 5 Subscribers 1.
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Origami inspires new solutions in 3D printing
3DPrintStory News Origami inspires new 3D printing solutions
Researchers in China were inspired by the structures and shapes from the art of origami and decided to use these traditions in the world of 3D printing.
The results of their interesting work are presented in the recently published article "Origami spring–inspired metamaterials and robots: An attempt at fully programmable robotics".
This isn't the first time we've seen origami-inspired work. Think of innovative surgical instruments, antennas, and even foldable robots. Going far beyond the art of thin paper folding, in this study, the scientists sought to test not only the capabilities of 3D printing, but also the folding capabilities of finished products and the required mechanical properties.
"In addition to interesting mechanical properties, the art of origami provides inspiration for new designs that enable folding, deployment, flexibility, scale-free geometry, and programmable reconfiguration," the researchers explained, noting that this and previous research has led to miniature robots, soft robots, edible medical robots, compatible modules, medical devices, grippers, and more.
The team started with the origami folding spring and then moved on to metamaterial characters, an exploration of properties derived from folding geometry.
Ultimately, their prototype is able to crawl thanks to 3D printed nodes that break down as needed.
The inspiration for the collapsible spring came from a paper rectangle folded and twisted into uniform right triangles.
"Viewed from above, as the paper spring expands, the width of the spring decreases in a spiral fashion, and the areas of overlap between the petals increase to full overlap in the state of maximum expansion."
Using their own 3D printer, PLA, and a 0.3mm FDM nozzle, they were able to "digitally develop origami-inspired spring metamaterials." They were able to create a soft grip that proved to be "fully 3D printable" and can be used to grip complex shapes.
Overall, the team was able to use 3D printing to create assemblies with the required mechanical properties, overcoming the challenges of foldability and the need to increase damage resistance. Two types of soft robots have been successfully manufactured, including the "crawling robot".
