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A newly developed robotic exoskeleton, CASIA-EXO, aims to improve motor learning for individuals undergoing post-stroke rehabilitation. The device is designed to address the significant challenges faced by stroke survivors, a population that includes approximately 15 million people globally each year.

新研发的机器人外骨骼CASIA-EXO旨在改善中风康复者的学习运动能力。该设备针对中风幸存者面临的重大挑战而设计，全球每年约有1500万人属于这一群体。

Among these individuals, an estimated 75% experience lasting motor impairments, underscoring the need for innovative solutions in rehabilitation technology..

其中，约有 75% 的人会经历持续的运动障碍，这凸显了对康复技术创新解决方案的需求。

CASIA-EXO represents a step forward in the use of robotics to assist recovery after strokes. It focuses on enhancing motor learning through advanced mechanisms tailored to support patients during therapy sessions. Stroke survivors often face difficulties regaining mobility and coordination due to neurological damage, and devices like CASIA-EXO are intended to provide targeted assistance during this critical phase of recovery.

CASIA-EXO代表了在利用机器人技术协助中风后康复方面的进步。它通过先进的机制专注于增强运动学习，这些机制专为在治疗过程中支持患者而设计。中风幸存者通常由于神经损伤而难以恢复行动能力和协调性，像CASIA-EXO这样的设备旨在康复的关键阶段提供有针对性的帮助。

Developers of the exoskeleton aim for it to complement traditional rehabilitation methods while offering new opportunities for improved outcomes in motor function restoration..

外骨骼的开发者旨在使其成为传统康复方法的补充，同时为运动功能的恢复提供新的机会。

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Source: GO-AI-ne1

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Date: November 11, 2025

日期：2025年11月11日

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