A Laser Thermal-Curing Printing: Integrating Fabrication, Reparability, Reconfigurability, and Reprogrammability for Magnetic Soft Robots

Untethered magnetic soft robots can broaden the working scenarios of robots and have numerous potential applications in space exploration, industry, and medicine. However, existing magnetic soft robots face challenges such as limited reparability, difficulty expanding functions, and difficulty adjus...

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Bibliographic Details
Main Author:	Yilin Zhao (487866) (author)
Other Authors:	Longju Yi (17968935) (author), Yunfan Li (6415937) (author), Ziran Zeng (17401034) (author), Zhe Liu (77240) (author), Tian-Ling Ren (1466620) (author), Yong Ruan (8855267) (author), Feng Liu (72874) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Physiology Biotechnology Evolutionary Biology Cancer Infectious Diseases Space Science Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified repairing electrical circuit difficulty expanding functions soft robotics manufacturing numerous potential applications magnetic soft robots method enables reprogrammability comprehensive laser thermal curing printing method achieve efficient fabrication curing printing applications demonstrate soft robot laser thermal infrared laser curing property working scenarios thermosetting resin space exploration seamless reconstruction salvaging cargo photothermal effect paradigm shift integrating fabrication induced demagnetization groundbreaking strategy exploiting photothermal dimensional structure controlled movement complex structures
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A Laser Thermal-Curing Printing: Integrating Fabrication, Reparability, Reconfigurability, and Reprogrammability for Magnetic Soft Robots

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