Hall A · Booth A219

eulon robot

Registered Chinese name长沙市优龙机器人有限公司eulon robot

Youlong is an exoskeleton robot R&D company incubated by the Shenzhen Institute of Advanced Technology of the Chinese Academy of Sciences. It was established in 2020. We believe th…

Youlong 1.0 proRuyi 2.0
Robot OEMs & Systems

Company Profile

Youlong is an exoskeleton robot R&D company incubated by the Shenzhen Institute of Advanced Technology of the Chinese Academy of Sciences. It was established in 2020. We believe that the most profound value of technology lies not in how complex it is, but in how many people's lives it can enter. Youlong focuses on the integration of humans and machines - allowing machines to truly understand people and making intelligence a natural extension of the body, rather than a tool that needs to be adapted. The team is led by a number of top national scientists, including National Distinguished Young Scholars and leading talents of the “Ten Thousand Talents Plan”. We have given the most serious scientific research power to the most daily thing of walking. From medical rehabilitation to elderly health, from professional institutions to ordinary families, Youlong has only one goal: to make technology truly serve everyone's better life.

Key Products

02 ITEMS
Youlong 1.0 pro
01

Youlong 1.0 pro

Youlong 1.0pro is an AI motion walking assistance exoskeleton robot device that can effectively reduce the burden on the human body during exercise and walking. The built-in gait algorithm developed by Youlong can continuously identify the human body's movement status and adjust the power assist output in real time according to gait changes.

Ruyi 2.0
02

Ruyi 2.0

Ruyi 2.0 is a wearable ankle exoskeleton specially designed for people with ankle joint movement dysfunction. It is mainly used for rehabilitation training of abnormal gait such as foot and ankle dorsiflexion assistance, inversion and inversion correction. The device uses Bowden wire tension drive technology to drive ankle joint activities by simulating human muscle contraction and restore the tendon contraction state during normal walking.