首页 /研究 /Design of 3D-printed Flexible Robotic Arm with Bendable and Extendable Capacity
MANIPULATION

Design of 3D-printed Flexible Robotic Arm with Bendable and Extendable Capacity

Ryota Matsuda, Ujjal Mavinkurve, Ayato Kanada, Koki Honda, Yasutaka Nakashima, Motoji Yamamoto

发表年份
2023
引用次数
2

摘要

Continuum robots can produce dexterous movements and safe interactions due to their inherent compliance, but the lack of stiffness has restricted their deployment in real-world environments. To address this problem, we have studied a high-payload robotic manipulator that bends and extends in 2D space. In this article, we propose the mechanical design for moving our manipulator in 3D space. We use a 3D printer for the prototype production and share its technical strategies for sturdiness and strong fastening.

关键词

Payload (computing)Software deploymentRobotic armRobotComputer scienceStiffness3d printedSpace (punctuation)3d printerRobot manipulator

相关论文

查看 MANIPULATION 分类全部论文