begin quote from: Google AI:
AI Overview
Researchers have developed 3D-printed robots that move using pneumatic pressure,
eliminating the need for electronics and complex mechanisms, instead
relying on a network of valves and compressed air to control soft
actuators and enable walking motion.
Here's a more detailed look at these electronics-free, 3D-printed pneumatic robots:
- How they work:Instead of motors or electronic controls, these robots use a network of valves and compressed air to inflate and deflate soft actuators, which are essentially inflatable chambers, causing the robot to move.
This video demonstrates a 3D printed pneumatic actuator in action:
- Show all
Generative AI is experimental.
3D-printed pneumatic logic modules:
Researchers
at the University of Freiburg have developed 3D-printed pneumatic logic
modules that can control the movements of soft robots using air
pressure alone, enabling logical switching of air flow and mimicking
electrical control.
Walking robots:
One
notable example is a six-legged walking robot that operates entirely
without electronic components and is produced in a single 3D printing
process.
Applications:
These
robots have potential applications in various fields, including soft
robotics, and could be used for tasks that require flexibility and
adaptability.
Open Source Designs:
Many of these designs are open source, allowing anyone with a 3D printer to build and modify them.
Examples:
- A robotic walker controlled by an integrated circuit using air pressure.
Key Features:
- Electronics-free: The robots are powered by compressed air and pneumatic control circuits, eliminating the need for electronics.
8:16
3D-printed digital pneumatic logic for the control of soft robotic ...
Jan
31, 2024 — The motion pattern was generated by an oscillator circuit
consisting of three NOT gates in the central body of the rob...
Science
livMatS | 3D-printed pneumatic modules replace electric controls in soft robots
Jan 31, 2024
livMatS
