Research Background The magnetic-controlled helical microrobot has broad application prospects in biomedical fields such as targeted therapy and minimally invasive surgery due to its capabilities of remote manipulation and drug transportation. However, the current micro-helical robots have low magnetic content and weak driving force, making it difficult to overcome the impact of environmental flow rates, … Read more
Editor’s Note Driveable Micro Robots have broad application prospects in non-invasive surgery, targeted delivery, detoxification, and are receiving widespread attention. However, these applications place higher demands on the performance of micro robots. For example, in non-invasive surgery, people hope to safely manipulate micro robots to target diseased cells without contact. In targeted delivery, micro robots … Read more
Banner | Promotion Editor’s Note Driveable Micro Robots have broad application prospects in non-invasive surgery, targeted delivery, detoxification, etc., and have received widespread attention. However, these applications place more demands on the performance of micro robots. For example, in non-invasive surgery, people hope to safely manipulate micro robots to target diseased cells without contact. In … Read more