Soft Robotics– tag –
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UT Austin Engineers Unveil 3D-Printable Biomaterial Mimicking Human Tissue, Revolutionizing Robotics, Medicine, and Critical Mineral Recovery
University of Texas at Austin USA Overview Researchers at the University of Texas at Austin have developed a novel 3D-printable, biocompatible material that closely replicates the structure and function of human tissue. This versatile an... -
Breakthrough: CUHK Develops Multifunctional Metal-Free Magnetic Gel for Medical & Soft Robotics
Matter Hong Kong Overview Researchers at The Chinese University of Hong Kong (CUHK) have engineered a novel 'metal-free magnetic gel' that leverages neodymium particles, PVA, and borax. This innovative material operates at room temperatu... -
MDPI Publishes Study on Programmable Electroactive Bending of Dielectric Liquid Crystal Elastomer Sheets, Advancing Soft Robotics Applications via Mesogen Alignment Tuning
MDPI Unknown Overview This study systematically investigates the programmable bending behaviors of cantilevered dielectric liquid crystal elastomer (DLCE) sheets by manipulating their principal bending directions via mesogen alignments. ... -
Pusan National University Develops First 3D-Printable Liquid Crystal Elastomer Generating Opposite Motions from a Single Material, Expanding Soft Robotics Versatility
Pusan National University South Korea Overview Researchers at Pusan National University have developed the world's first 3D-printable smectic liquid crystal elastomer (LCE) ink that can switch molecular alignment during printing. This al... -
PMC Review: Soft Robots Powered by Sustainable Energy – Potential and Challenges of LCEs and Shape-Memory Alloys Explored
PMC Unknown Overview This review explores thermo-responsive materials like shape-memory materials, liquid crystalline elastomers (LCEs), and hydrogels for soft robotics powered by sustainable energy. While LCEs show potential for signifi... -
LCEs as Artificial Muscles: Compact, Multifunctional Soft Robots Safely Handle Delicate Objects with Electrically Controlled Actuators
Facebook (re-shared from Science Advances content) USA Overview Engineers have developed compact, portable, and multifunctional soft robots using electrically controlled tubular actuators made from liquid crystal elastomers (LCEs). These... -
UW Researchers Develop Inverse Design Framework: Physics-Based ML Achieves 60% Higher Thermal Conductivity and 10% Cost Reduction for Multifunctional Materials
UW News USA Overview University of Washington (UW) researchers have developed a new 'inverse design framework' that integrates physics-based modeling and machine learning to accelerate the discovery of multifunctional materials. This fra... -
UT Austin Develops Novel 3D-Printable Material Mimicking Human Tissue for Self-Healing, Soft Robotics, and Mineral Recovery
The University of Texas at Austin News USA Overview Researchers at The University of Texas at Austin have developed a new 3D-printable material that mimics human tissue's ability to sort and filter specific molecules. This flexible and r... -
NPU Researchers Develop Paper-Thin Smart Adhesive with 400x Electric-Activated Adhesion for Chip Manufacturing, Soft Robotics
Industry Events (Pandaily) China Overview Researchers at Northwestern Polytechnical University have developed a groundbreaking paper-thin smart adhesive material that exhibits a 400-fold increase in grip strength when electrified, capabl... -
Eindhoven University Develops Artificial Hand Controlled by Light-Responsive Liquid Crystal Polymers with ‘Memory,’ Mimicking Human Motion
myScience.org Netherlands Overview Researchers at Eindhoven University of Technology, led by Danqing Liu, have demonstrated controlling an artificial hand that replicates human-like gestures using azobenzene-functionalized liquid crystal...
