Medical robotics refers to robotic systems applied in the healthcare field that can assist or replace humans in medical operations. They integrate cutting-edge technologies from multiple disciplines such as mechanical engineering, biomedical science, computer science, and artificial intelligence, aiming to improve the accuracy, efficiency, safety, and accessibility of medical services. Medical robots are not intended … Read more
The French newspaper “Le Figaro” reported that since last year, remote robotic surgeries have continuously set world firsts. The emergence of a new generation of surgical robots from China has broken the U.S. monopoly in the medical robot market. On July 15, the 2025 World Robotic Surgery Conference opened in Strasbourg, France, with a live-streamed … Read more
IntroductionMedical robotics technology is leading innovation in various fields such as precision surgery, rehabilitation therapy, and patient assistance. Existing rigid robots have high precision but lack flexibility, posing risks of tissue damage and difficulties in natural interaction with humans. Therefore, the use of soft robotics technology, which utilizes soft materials, has garnered significant attention.Soft robots … Read more
In Foshan, a 12-square-meter “smart mobile hospital” equipped with an onboard AI system completed an ECG and B-ultrasound examination for an elderly patient within 20 minutes, generating a diagnostic report. This “mini-hospital on wheels” is a microcosm of AI healthcare penetrating grassroots levels, and the onboard AI hospital system developed by Wangsheng Health has served … Read more
Robots are no strangers to the healthcare industry. We know that a large number of robots are used in various physical therapies, and some robots are used to help train doctors in a range of treatments and surgeries. The following 10 robots are currently the most practical medical robots, with the potential to revolutionize the … Read more
Source: MEMS Original Author: Yin Fei from MEMS Consulting Flexible sensors refer to sensors made from flexible materials, which possess good flexibility, ductility, and can even be bent or folded freely, with a variety of structural forms. With the growing demand for flexible sensors, academia, industry, and other related parties are researching how to leverage … Read more
In recent decades, intelligent medical technology has been a research hotspot, among which medical robots are one of the most promising intelligent technologies, with several robotic products successfully gaining clinical application both domestically and internationally. Medical robots are medical devices that integrate multiple disciplines, including medicine, mechanics, biomechanics, and computer science. From the perspective of … Read more
The Internet of Medical Things (IoMT) is a significant technological innovation in the healthcare field today, combining IoT technology with healthcare to provide smarter and more convenient solutions for people’s health. The emergence of IoMT has not only improved the quality and efficiency of healthcare services but also brought a brand new experience to health … Read more
Introduction Recently, researchers at Purdue University in the United States developed a new type of low-cost, portable, self-powered, paper-based medical diagnostic device that can detect biomarkers and diagnose diseases. Keywords Medical Electronics、Self-Powered、Sensors Background Traditional medical diagnostic devices are often perceived as: bulky, expensive, difficult to operate, and requiring a long time to obtain diagnostic results. … Read more
Pediatric epilepsy specialist Dr. Dave Clarke aims to better diagnose and manage childhood epilepsy through telemedicine, which led to the development of the Project Epidet initiative. In collaboration with Silicon Labs (also known as “芯科科技”), they are using the EFR32BG22(BG22) series of low-power Bluetooth SoCs to create a portable medical device that is energy-efficient, wirelessly … Read more