7 accepted papers
Soft growing robots possess unique advantages, such as the ability to navigate confined and complex environments. Although securing a stable inner channel is essential for enabling a wide range of applications, such as sensor integration, tool passage, and material transfer, the pressure required fo
Developing shape-changing systems is challenging, and origami offers a unique approach by transforming 2D planes into 3D structures. While existing active reconfigurable origami systems enable functional changes—such as mechanical tuning, multi-modal locomotion, and adaptive structures—they often su
This letter proposes a novel wearable robot designed to assist with shoulder abduction using a double-petal mechanism based on petal fold origami driven by shape memory alloy (SMA)-based artificial muscle. The proposed double-petal mechanism consists of two petal structures that mimic the scapula an
The joint design of origami-inspired robots is one of the most distinctive features that distinguishes them from conventional robots. A joint design using material's compliance enables origami robots to implement complex transformational movements in a lightweight and simple manner. However, utilizi
Variable stiffness mechanisms establish a bridge between rigid, precise robots and soft, compliant robots. In certain applications it is necessary to exert high forces while having compliance, such as in wearable robots, high payload soft grippers, and manipulators. Negative pressure based jamming a
In this paper, we propose a new shape-shifting system. Shape-shifting is achieved by the integration of arranged identical transformable units. These are self-folding origami modules that transform their shape from a cubic to a flat shape, and vice versa, similarly to a three-dimensional (3D) morphi
One of the major problems in utilizing origami structures is ensuring variable stiffness; a deployable structure needs to become stiff or flexible according to the requirements of its use in an application. In this study, we present a self-deploying tubular origami mechanism that switches between tw…