Actuator– tag –
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Harbin Engineering University Advances Underwater Robotic End-Effectors with Soft Robotics and Smart Materials
PatSnap Eureka (Harbin Engineering University) China Overview Research from Harbin Engineering University focuses on soft robotics for underwater manipulation, utilizing flexible materials and pneumatic actuation. Their end-effectors inc... -
Unfrustrated Self-Morphing: New 3D Director Fields Enable Stress-Free Deformation in Bulk Liquid Crystal Elastomers
arXiv International Overview This arXiv preprint investigates a family of 3D director fields that enable self-morphing in bulk liquid crystal elastomers (LCEs) without geometric frustration. Extending prior research on thin LCE sheets, t... -
Seoul National University Develops Integrated Artificial Muscle with Co-Located Actuation and Sensing
EurekAlert! / Seoul National University South Korea Overview A Seoul National University research team developed an intelligent artificial muscle integrating actuation and sensing within a single material system. This system incorporates... -
Harvard Researchers Develop 3D Printing Method for Human-Like Robot Muscles with Tunable Helical Actuation
Futuro Prossimo USA Overview Harvard University researchers developed a novel 3D printing technology combining two flexible elastomers to create robot muscles mimicking human movement. The method co-prints liquid crystal elastomers (LCEs... -
World’s Largest Telescope M1 Mirror Achieves Nanometer Precision with Novel Optical Control System
Smart Factory Magazine スペイン Overview A groundbreaking optical system has been developed for the M1 primary mirror of one of the world's largest telescopes. Comprising 798 hexagonal segments, each 1.5 meters in diameter, the system em... -
Harvard Develops 3D-Printable Artificial Muscles, Paving the Way for Adaptive Soft Robotics
New Atlas Australia Overview Harvard researchers at the John A. Paulson School of Engineering and Applied Sciences have developed a 3D printing method for artificial, muscle-like filaments. This innovation combines an active liquid cryst... -
Rare Earth Dependence Threatens Robot Advancement: Boston Dynamics Highlights Global Race for Sustainable Magnets
rareearthexchanges.com USA Overview Advanced robotics, notably Boston Dynamics' Atlas humanoid robots, are increasingly reliant on rare earth permanent magnets, creating supply chain vulnerabilities. International efforts, including Japa... -
Flexible Vibrotactile Interface for Immersive Metaverse Interaction Achieves High-Fidelity Haptics by Overcoming PVDF Limitations
ACS Publications (ACS Applied Materials & Interfaces) USA Overview Researchers have developed an innovative flexible piezoelectric vibrotactile interface for immersive metaverse interactions, addressing the low output displacement and we... -
Harvard Develops 3D Printed Artificial Muscles: Shape-Shifting Filaments Bend and Twist on Demand
VoxelMatters (Harvard University研究紹介) USA Overview Harvard University researchers have developed a groundbreaking 3D printing technique for artificial muscle-like filaments that can bend, twist, and stretch on demand in response to t...
