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hybrid actuator
customize
100 X 45 X 25cm
The 4th-generation strength-assisting wearable robot, StepUp, helps correct the wearer’s posture and utilizes
a passive motion system to reduce fatigue during repetitive tasks and prevent back injuries that can occur
during lifting and carrying activities.
PATENT
7 registrations | 13 applications
DESIGN
7 registrations
Trademark
6 registrations
Technology
Wearable robot StepUp has real-time user intention recognition technology, wearable robot actuator optimization technology, user intention-based wearable robot control technology, and exoskeleton joint and mechanism design technology as its core application technologies. Step Up, a 4th generation strength support wearable robot, corrects the wearer's posture and uses a passive motion system to improve fatigue during repetitive tasks and prevent back injuries that may occur during transport work.
FEATURES
Ergonomic design
2022 GOOD DESIGN KOREA
Design Award Gold Prize Prime Minister's Award Winner
It was created in the form of an exoskeleton that operates through mutual cooperation between humans and robots by attaching it to the outside of the human body and supporting or assisting human muscle strength.
It is designed to reflect body shape data by body size, so that it can be used without discomfort when worn, and is designed to protect the spine, waist, and The hips and thighs are designed to fit snugly against the body. When used for repetitive human movements, inappropriate postures, or excessive movements. It is designed to be optimized for the work environment by applying human engineering design to prevent problems that may arise.
How to use Step Up
5th generation step up
After the 4th generation of Step Up, the lighter 5th generation of Step Up will be released soon.
Lightweight
Slimming down
Modularization
Cost-effective pricing
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