<p>➀ Researchers at POSTECH developed a paper-thin robotic actuator inspired by human muscle protein myosin, enabling precise multi-axis movements through pneumatic control;</p><p>➁ The actuator features layered air chambers and pneumatic pathways, achieving six-directional motion (including rotation) even when bent;</p><p>➂ Potential applications include surgical robots, industrial inspection in confined spaces, and home cleaning systems, with demonstrated success in pipeline maintenance scenarios.</p>
Related Articles
- What caught your eye this week? (Unicorns, Uncertainty, Robot legs)about 1 year ago
- Capsule Robot With Magnetic Sensor Collects Fluid Samples In Gutabout 1 month ago
- Counting on control how robotics hinges on precision timingabout 2 months ago
- PI Introduces Nanopositioning & Micropositioning Essentials with Short Delivery and Volume Savingsabout 2 months ago
- Bubble-Powered Robots Could Jumpabout 2 months ago
- AI System Helps Robots Work Together In Factoriesabout 2 months ago
- DigiKey Factory Tomorrow video series gets “Behind the Robot”about 2 months ago
- Monolithic flat-packs for ‘origami’ robots2 months ago
- Starfish inspires gripper surface for underwater robots2 months ago
- Infineon and Nvidia working on humanoid robots2 months ago