|During the last decade, the field of soft robotics has experienced a great expansion due to the advantages of soft robots in safety, adaptability, and maneuverability. Unfortunately, material, design and manufacturing choices can limit mechanical properties and functionality of the robots.
Purdue researchers have developed soft robots that demonstrate high degrees of compressibility (400%), stretchability (500%) and can exhibit complex biologic type movements while retaining low-cost, simplicity, and modularity. The soft robots can be used for advanced soft materials such as prosthetics and wearable devices.
-Expanded range of motions for soft robots including contraction, twisting, bending, an cyclical motion
-Simple and modular
Dec 6, 2019
Dec 17, 2018
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