Jinpeng Fang
Papers
2
Total Citations
19
H-Index
2
About
Jinpeng Fang is at the forefront of soft robotics and smart materials, pioneering advanced shape-memory grippers that bridge the gap between microscale and macroscale object manipulation. His work centers on developing dual-responsive actuators that combine magnetic and thermal control, enabling unprecedented precision in wireless, biologically safe robotic systems. Fang’s most-cited paper, “High‐Load Shape Memory Microgripper with Embedded Resistive Heating and Magnetic Actuation” (2025, 13 citations), introduces a novel design that overcomes the traditional limitation of requiring continuous magnetic fields for both capture and release, dramatically improving energy efficiency and operational flexibility. His subsequent work, “A Versatile Dual‐Responsive Shape‐Memory Gripper via Additive Manufacturing Toward High‐Performance Cross‐Scale Objects Maneuvering” (2025, 6 citations), extends this capability to handle objects ranging from micrometer-scale droplets to centimeter-scale components, leveraging 3D printing for rapid, customizable fabrication. These contributions have significant implications for medical devices, micro-assembly, and industrial automation. With his innovative integration of additive manufacturing and multi-stimuli-responsive materials, Fang is establishing himself as a rising leader in next-generation soft robotics, earning early recognition for solving critical challenges in dexterous, wireless object handling.
Research Focus
Key Achievements
Top Papers
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