Home /Research /Pre-programmable pneumatic actuator: leveraging mechanical anisotropy of nonwoven fabrics with an integrated tensile sensor
MANIPULATION

Pre-programmable pneumatic actuator: leveraging mechanical anisotropy of nonwoven fabrics with an integrated tensile sensor

Sheng Qiu, Hongwei Zhang, Jiazhe Cheng, Shuo Shi, Yintung Lam, Wenfang Li, Haoyun Li, Hongbo Wang, Fengxin Sun, Hao Jia

Year
2024
Citations
6

Abstract

and output forces of over 140 cN under adjustable pressure conditions. Guided by the constrained wire combinations, NFPA enables diverse programmable motions like spiraling, assistance, and grasping. Furthermore, NFPA incorporated with specific sensors exhibits significant potential in wearable devices with real-time environmental detection for rehabilitation applications. Our work contributes a distinctive insight into the design of programmable NFPAs and enlightens an arena toward versatile soft robotic applications.

Keywords

Materials scienceActuatorAnisotropyUltimate tensile strengthComposite materialMechanical engineeringEngineeringElectrical engineeringOpticsPhysics

Related papers

Browse all MANIPULATION papers