8. Soft robotics¶
Research¶
Soft robotics is an innovative field in robotics that focuses on the design and construction of robots using materials that mimic the flexibility and adaptability of natural organisms. Unlike traditional rigid robots, soft robots are made of materials such as silicones, gels, and elastomers, allowing them to perform delicate tasks, adapt to unstructured environments, and interact safely with humans and fragile objects.
The principles of soft robotics draw inspiration from biological systems, enabling robots to achieve movement, grip, and morphing capabilities that are challenging for rigid designs. These qualities make soft robotics ideal for applications in fields like medicine (e.g., prosthetics and minimally invasive surgery), agriculture (e.g., fruit harvesting), and exploration (e.g., navigating irregular terrains).
For Fab Academy, integrating soft robotics offers exciting opportunities to explore innovative materials and digital fabrication techniques, such as 3D printing, laser cutting, and molding, to create functional and customizable robotic solutions. Through hands-on experimentation, this project will aim to highlight how soft robotics can revolutionize automation and human-robot interactions.
Inspiration¶
- Ignant - Ignant
- performance_in_flux - performance_in_flux
- How Soft Robotics is Changing Clothing - TechnoLogich
Results¶
For this activity, the first thing I did was design a lotus flower in PowerPoint and I worked on that file in Illustrator.
Then I used the Cutstudio program, which is the one used by the vinyl cutting machine. I only kept the edges and made the "pair" of my design. I used orange thermoadesive vinyl.
It's been a long time since I cut vinyl, so to resolve my doubts about how to prepare the files and use the machine I used: * Vinil cut tutorial - Raul Babines - FabLab Puebla
Once the vinyl has been cut, it is necessary to assemble the pieces. The first step is to remove the edges "starting to peel"
When the pieces are assembled, the iron is used, in this case I used a temperature of 150C for 15 seconds.
Files Download¶
Click to download the file:¶
Conclusion¶
During the Soft Robotics week, I designed a structure, cut it in vinyl, and assembled it using heat to create my soft robot. The process I used was very simple, but the possibilities for developing much more complex structures are vast, as well as their potential applications.
References & Inspiration¶
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Shane K. M. et al. - An Easy‐to‐Implement Toolkit to Create Versatile and High‐Performance HASEL Actuators for Untethered Soft Robots.
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Guoxin Fang et al. - Kinematics of Soft Robots by Geometric Computing.
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Tianze Hao et al. - Integrated and Intelligent Soft Robots.