Domestic remote CNC vascular interventional robot technology is another big step December 30, 2016 Source: China News Network This move marks an important advance in China's leading medical technology innovation project, "Development of a remotely and precisely controlled vascular interventional CNC robot system." In the future, endovascular surgery will enter the digital age from the analog era, while effectively avoiding the negative impact of radiation on health care workers who work under long-term radiation. Yu Bo revealed that the research team not only moved the operation outside the operating room, but more importantly, it took an important step in the precision operation and controllability operation. According to Yu Bo, endovascular treatment is popular among patients because of its minimally invasive, effective and rapid recovery. It has become the most important examination and treatment for cardiovascular diseases. However, the current interventional surgery requires the doctor to complete the whole process of exposure to radiation. Although there are strict protective measures, there is still a certain risk for the medical staff who work under the radiation for a long time. Therefore, the robot-assisted vascular intervention technology will be the future. An important direction for the development of endovascular treatment. Tan Jinyun, chief of the R&D team and chief physician of vascular surgery, said that the development of robotic assisted vascular intervention system has become a hot topic in the research of intravascular endovascular treatment in the world. The products developed by foreign countries with magnetic navigational cardiovascular intervention systems are extremely expensive. Widely used in clinical practice. With the support of Pudong New Area Science and Technology Development Innovation Fund and Shanghai Leading Talent Project, Shanghai Huashan Hospital led by Professor Yu Bo and Shanghai Pudong Hospital Vascular Surgery Team collaborated with high-tech enterprises in Pudong New Area to develop remote and precise control with completely independent intellectual property rights. The vascular intervention in the CNC robotic system. The system realizes the dream of the doctor remotely manipulating the interventional robot to accurately complete the endovascular surgery. The results of the animal experiment operation time and technical success rate have confirmed its validity and feasibility. Tan Jinyun said that the success of this experiment proves that the remote control vascular interventional robot system independently developed by the Chinese people has technical feasibility and is expected to promote China's independent research and development and productization in this high-tech field, and respond to new demands of people's livelihood with technological innovation. Medical + precision medicine, better serve the people. According to reports, at present, using the digital operating platform and the multi-joint catheter that can accurately adapt to the angle of the blood vessel, the surgeon can accurately adjust the position and posture of the catheter in real time, and change the current state of operation based solely on the doctor's hand. Imported Premium White Carbon Black Silica black is the general name of white powder X-ray amorphous silica and silicate products, mainly refers to precipitated silicon dioxide, gas phase silicon dioxide and ultra-fine silicon dioxide gel, including powder synthesis of aluminum silicate and calcium silicate, etc. Silica is porous and its composition can be expressed as SiO2·nH2O, where nH2O is in the form of surface hydroxyl groups. Soluble in caustic soda and hydrofluoric acid, insoluble in water, solvents and acids (except hydrofluoric acid). High temperature resistance, non-combustion, tasteless, odorless, with good electrical insulation. Imported Premium White Carbon Black,Special Auxiliaries For Thermoplastics,Surface Modification Treatment,Premium White Carbon Black Xingbang High Molecular Materials Co., Ltd. , https://www.chemicaladditive.com
Domestic remote CNC vascular interventional robot technology is another big step