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Korean team develops #robot that helps #paraplegics walk Researchers at the Korea Advanced Institute of Science & Technology (KAIST) have unveiled a new wearable robot developed to help paraplegic people walk that doesn’t require the help of others to be put on #NationalTechnologyNews #Robotics #Healthcare

Empowering Mobility with KAIST’s WalkON Suit F1 A breakthrough in assistive technology! ?? - User-Friendly Design: Wear directly from wheelchairs with a frontal-docking system. - Autonomous Operation: Automatically secures itself and maintains balance. - Enhanced Independence: AI-driven obstacle detection for safer mobility. How can wearable robotics transform the lives of individuals with mobility challenges? Share your perspective! ?? Source: Exoskeleton Lab @ KAIST on YouTube #AssistiveTech #AI #Innovation #EPTeckGmbH

Exciting advances in wearable robotics are transforming lives! Innovative exoskeletons are enabling people with paraplegia to stand, walk, and regain mobility, reshaping rehabilitation and independence. These wearable robots, blending biomechanics and AI, are redefining what’s possible for mobility assistance. The future is bright for those impacted by spinal injuries and beyond. What other applications do you think we’ll see in wearable robotics? #Innovation #WearableTech #HealthcareAI #RehabilitationTech #AI

Researchers at Korea Advanced Institute of Science and Technology (KAIST) have introduced an innovative wearable robot, the WalkON Suit F1, designed to assist individuals with paraplegia. Unlike previous models, the F1 robot autonomously walks to the user, fitting itself directly from their wheelchair, removing the need for assistance to put it on. This cutting-edge robot can also navigate obstacles like narrow passages and stairs and maintain balance even if pushed, thanks to advanced weight control. Developed in collaboration with Angel Robotics, WalkON Suit F1 integrates enhanced components, such as motors and control circuits produced domestically in Korea, with an output density twice as powerful as earlier models. The robot includes AI-driven obstacle detection and visual recognition systems, which improve safety and usability. KAIST’s Professor Hyunjoon Park has designed the robot’s exterior to combine elements of a humanoid, making it user-friendly and sleek. This advancement represents a new milestone in wearable robotics, empowering those with severe mobility impairments to move independently. #WearableRobot #WalkONSuit #KAIST #DisabilityTech #Robotics

As the workforce ages and the number of patients with musculoskeletal disorders rises, Hyundai Motor Group Robotics LAB has unveiled the industrial wearable robot designed to support workers’ healthier lives. ? Check out X-ble Shoulder, which reduces shoulder joint loads and improves work efficiency of the workers in industrial sites. ? #HyundaiMotorGroup?#RoboticsLAB #XbleShoulder #WearableRobot #ProgressforHumanity

Researchers at Korea Advanced Institute of Science and Technology (KAIST) have introduced an innovative wearable robot, the WalkON Suit F1, designed to assist individuals with paraplegia. Unlike previous models, the F1 robot autonomously walks to the user, fitting itself directly from their wheelchair, removing the need for assistance to put it on. This cutting-edge robot can also navigate obstacles like narrow passages and stairs and maintain balance even if pushed, thanks to advanced weight control. Developed in collaboration with Angel Robotics, WalkON Suit F1 integrates enhanced components, such as motors and control circuits produced domestically in Korea, with an output density twice as powerful as earlier models. The robot includes AI-driven obstacle detection and visual recognition systems, which improve safety and usability. KAIST’s Professor Hyunjoon Park has designed the robot’s exterior to combine elements of a humanoid, making it user-friendly and sleek. This advancement represents a new milestone in wearable robotics, empowering those with severe mobility impairments to move independently. #WearableRobot #WalkONSuit #KAIST #DisabilityTech #Robotics

I am beyond excited to share groundbreaking news from the world of robotics and rehabilitation! Researchers at the Korea Advanced Institute of Science and Technology (KAIST) have developed the WalkON Suit F1, a remarkable wearable robot that empowers individuals with paraplegia to stand and walk independently. This innovative technology is not just a leap forward in robotics; it represents a significant step toward enhancing mobility and independence for those who rely on wheelchairs. What makes the WalkON Suit F1 truly revolutionary is its autonomous approach feature. Users can now effortlessly engage with the suit directly from their wheelchairs! The frontal-docking method allows individuals to put the suit on without needing assistance or transferring out of their wheelchair, which is a game changer for both users and caregivers. Imagine the transformation this could bring to the lives of those with mobility challenges! The opportunity to stand tall and walk, even a short distance, can greatly improve physical health, boost self-esteem, and enhance social interactions. It’s more than just mobility; it’s about regaining a sense of freedom and encouraging a more active lifestyle. This incredible advancement not only highlights the potential of wearable technologies but also demonstrates the critical importance of innovation in creating a more inclusive society. As we continue to invest in research and development, I am optimistic that we will see more initiatives like this that focus on improving quality of life for people with disabilities. Kudos to the talented researchers at KAIST for their dedication to unlocking new possibilities for those who need it most. Together, let’s advocate for and support such innovations that pave the way for a brighter, more inclusive future! #WearableTech #Innovation #AccessibleDesign #MobilitySolutions

Hyundai Motor Group Introduced Industrial Wearable Robot 'X–ble Shoulder' As the workforce ages and the number of patients with musculoskeletal disorders rises, Hyundai Motor Group Robotics LAB has unveiled the industrial wearable robot designed to support workers’ healthier lives. Check out X-ble Shoulder, which reduces shoulder joint loads and improves work efficiency of the workers in industrial sites. Source: https://lnkd.in/dkWcN-Fn #HyundaiMotorGroup #RoboticsLAB #XbleShoulder #WearableRobot #ProgressforHumanity Hyundai Motor Group