


En
- Industry-University
- …
- Industry-University


En
- Industry-University
- …
- Industry-University

Technology and application of magnetic field driven micro-nano robot system
Beijing TaiGeek®️ Technology Co.,Ltd.&Beijing Institute of Technology
Beijing TaiGeek®️ Technology Co.,Ltd. has started in-depth cooperation with Beijing Institute of Technology project team in the field of microoperation since 2019, including technology and application development of magnetic-controlled micro-nano robot. Dr. Pietro Ferraro, chief scientist of Beijing TaiGeek®️ Technology Co.,Ltd., visited Beijing Institute of Technology Laboratory during his visit to China, and communicated deeply with project team members and gave guidance.
The magnetic field driven micro-nano robot has been widely used in biomedical research, including targeted drug delivery for cancer treatment, thanks to its ability to operate in a confined environment without contact in three dimensions.
At present, the relevant project team of Beijing Institute of Technology has carried out a drug test experiment on the micro-environment of this technology, proving the possibility of magnetically driven micro-nano robot for targeted therapy.
In the future, with the cooperation and support of Beijing TaiGeek®️ Technology Co.,Ltd., this project will continue in our laboratories.
In addition, the magnetic field driven micro-nano robot system has a wide range of potential applications in biomedicine, including minimally invasive interventional therapy, uncabled capsule gastroscopy, vascular guide wire traction, magnetic immune separation and cellular mechanics measurement, etc.
At present, targeted therapy has become the most powerful and efficient means in cancer treatment, and the research on targeted therapy has become a hot topic in the academic circle. However, there is still a gap in cell manipulation research supporting targeted therapy in China, and this project will aim to fill this gap.
Beijing TaiGeek®️ Technology Co.,Ltd. will also continue to promote this project in the direction of research and application, and welcome enquiries from scholars and enterprises about the project.