We are pleased to announce our latest publication, “Design Optimization of Soft Fabric Pneumatic Actuators,” recently published in the journal Advanced Intelligent Systems.
Soft fabric pneumatic actuators are a key enabling technology for wearable soft robotic systems, offering lightweight, compliant, and comfortable assistance for human movement. However, designing actuators that simultaneously provide high force output, efficient motion generation, and user comfort remains a significant challenge.
In this work, we present a systematic design optimization framework for soft fabric pneumatic actuators. Through a combination of computational modeling, experimental validation, and performance analysis, the study investigates how key design parameters influence actuator behavior. The proposed methodology enables the identification of optimized actuator configurations that improve performance while maintaining the flexibility and wearability required for assistive exosuits.
The results contribute to the development of next-generation wearable robotic systems by providing valuable design guidelines for fabric-based pneumatic actuators. These findings support the broader objectives of the POWERS project, which aims to advance soft wearable exosuits for human assistance and rehabilitation applications.
We thank all project partners and collaborators who contributed to this research.
Publication
Design Optimization of Soft Fabric Pneumatic Actuators
Published in Advanced Intelligent Systems (Wiley).
📄 Read the full article here: Design Optimization of Soft Fabric Pneumatic Actuators