Today, exoskeletons are both used for leisure, such as to race against each other, and for work, such as aiding supply chain workers in their daily tasks.

As the line between digital systems and physical infrastructure continues to blur, industrial environments have become ...

Official partnership signing ceremony on 13 May 2025, showing Kerry Guo (Robotimize Founder & CEO), Simon John Rodriguez (TWD ...

Comau has added the myMR mobile robot, collaborative robots, and exoskeletons to its industrial automation offerings.

Imagine a world where people with disabilities can walk more freely and comfortably, thanks to robotic legs. That world is getting closer, thanks to researchers at Northern Arizona University (NAU ...

Exoskeleton robots are wearable intelligent devices that integrate mechanical structures, sensors, motor drivers, and control systems. With increasing user demand and continuous technological ...

Kennesaw State University student William Thompson is blending engineering with rehabilitation in a project that seeks to design an automated exoskeleton to aid victims of stroke. William Thompson, a ...

Scientists have created a new material – inspired by the natural impact-resistance of the mantis shrimp exoskeleton – that could be used to improve bullet-proof glass, blast-resistant building ...

Called OpenExo, the open-source system from NAU provides comprehensive instructions for building a single- or multi-joint exoskeleton.

The ReWalk Exoskeleton is the only personal exoskeleton that enables paralyzed individuals to navigate stairs and curbs, in addition to walking in everyday environments.

Overhead tasks, mostly in the industrial sector, frequently cause upper limb work-related musculoskeletal disorders (WMSDs) leading to low productivity. Although passive upper limb exoskeletons have ...