A research team at SHTP Labs in Ho Chi Minh City has developed a robot skeleton that aims to assist in physical therapy for individuals with strokes and leg injuries. Over the past three years, five scientists from the precision mechanical and automation laboratory at SHTP Labs collaborated with universities to create this product. The robot skeleton, also known as an exoskeleton, features a mechanism similar to a human leg and is designed to support users in standing up, sitting down, and maintaining balance while moving on the ground.
The idea for the robot skeleton came from a gap in the market where existing products only targeted specific leg joints and did not provide comprehensive training for the entire leg. With the robot skeleton, patients can experience walking on their feet, engaging their leg muscles for better recovery. Made primarily of aluminum material, the skeleton is adjustable in height to accommodate various users.
It features electric motors at the joints with the capacity to support different exercise intensities. The power source for the robot skeleton includes lithium batteries, and the system is equipped with an emergency stop button for user safety during exercise. The team also developed training management software to monitor users’ progress through data analysis.
Associate Professor, Dr. Le Hoai Quoc, Chairman of the Ho Chi Minh City Automation Association, emphasized the importance of thorough testing with patients and medical professionals to ensure the effectiveness and practicality of the product. He highlighted the complexity of designing an exoskeleton for leg rehabilitation and the need for precise calculations based on individual physical conditions.
In conclusion, while further testing and optimization are needed before commercialization, this collaboration between scientists, medical professionals, and rehabilitation experts has significant potential in revolutionizing healthcare by providing innovative solutions for people recovering from strokes or leg injuries.
