A groundbreaking hip joint surgery robot, “ROPAHIP,” developed in Beijing, has received approval for market release. This innovative device utilizes AI to enhance precision in hip replacement surgeries, addressing challenges in traditional methods and significantly improving patient outcomes through advanced imaging and real-time adjustments during procedures.
Bangladesh has inaugurated its first robotic rehabilitation centre, equipped with AI-powered robots to provide advanced physiotherapy. Located at the Bangladesh Medical University in Dhaka, the facility aims to support individuals injured during the July uprising, offering innovative treatment options to enhance recovery and improve quality of life.
China is leading in surgical robotics, with innovations transforming medical practices. Researchers like Hou Zengguang are developing advanced rehabilitation robots to aid stroke patients, enhancing recovery through technology. These breakthroughs aim to improve patient outcomes and make healthcare more accessible, showcasing the intersection of automation and medicine.
Researchers have developed a light-driven artificial muscle for soft robots that operates underwater. Utilizing a novel azobenzene-functionalized liquid crystal elastomer, this technology allows for significant shape changes and strength, outperforming traditional methods. The innovation promises applications in various fields, including medicine and defense, without the need for complex machinery.
During the May Day holiday, popular tourist spots like Mount Tai introduced innovative climbing aids, including exoskeleton robots. These devices enhance the hiking experience by reducing physical strain, particularly benefiting elderly visitors. With features like real-time health monitoring and emergency assistance, they represent a significant advancement in outdoor recreation technology.
A team from UNIST has developed a technology to create unique artificial fingerprints on flexible electronic skin. This innovation allows for intricate patterns that are nearly impossible to replicate, enhancing the functionality of robotic hands. The research highlights potential applications in security and human-machine interfaces.
The world’s first lightweight flexible wearable robot, “muscle exoskeleton,” was unveiled in Wuxi, designed to assist individuals with mobility issues like stroke and Parkinson’s. This innovative device focuses on personalized rehabilitation, enabling users to regain walking abilities and promoting active recovery through real-time gait analysis and support.
Nigerian urologist Professor Kingsley Ekwueme has made history by performing West Africa’s first robotic prostate cancer surgery in Lagos. Utilizing the da Vinci robotic system, he aims to provide accessible, high-quality healthcare in Nigeria, emphasizing the importance of advanced training for local doctors and reliable medical facilities.
SG Healthcare has signed an MOU with Mint Labs and Cheongdam Harrison Hospital to develop AI-based rehabilitation robots. The collaboration aims to create personalized rehabilitation solutions, enhancing treatment precision for patients with movement impairments due to strokes and other conditions, while leveraging advanced AI technologies for improved healthcare outcomes.
