I believe that many people have seen a very hot video in 2015, the content presented in a small glass bottle, a grape in the robot to do surgery, the entire process is lent to a surgical robot called “da Vinci” to complete, because the whole process is fast and accurate, and finally successfully stitched the grape The “skin” of the grape was successfully stitched up due to the speed and precision of the procedure. The first da Vinci surgical robot was introduced to China back in 2006, and after 10 years of development, more than 40 hospitals in China, including the Weight Loss and Metabolism Center of Youdao Doctor Group, are now equipped with nearly 60 da Vinci surgical robots, which have completed nearly 30,000 surgeries in total. The name da Vinci Robot was given because the developer and manufacturer believes that da Vinci designed the humanoid machinery in 1495 and is therefore considered to be the inventor of the world’s first robot. But in fact, the da Vinci robot is not what we have always thought of as having a humanoid form and features such as deep learning with artificial intelligence. Strictly speaking, the da Vinci robot is an advanced robotic platform, consisting of a surgeon’s console, a bedside robotic arm system, and an imaging system in three parts. From a medical perspective, the da Vinci robot is an advanced laparoscopic system. It also requires a robotic arm to pass through the chest, abdominal wall, etc. when performing surgical operations, and is designed with the idea of performing complex surgical procedures through the use of minimally invasive methods. I define the da Vinci robot as a surgical tool with robotic characteristics and a powerful weapon for surgeons. The da Vinci robot primarily serves as a support for the assisting surgeon, helping minimally invasive surgeons perform surgical operations with greater precision and fewer errors during bariatric surgery. For example, if a surgeon is highly skilled, but encounters some difficult cases, the use of some traditional medical devices will be limited during the operation, and the role of the da Vinci robot comes to the fore. In addition to dealing with areas that are beyond the reach of the “doctor’s hand” during surgery, the da Vinci robot is also very accurate in weight loss surgery because of its fine instruments, which are measured in centimeters, and its small incisions, less bleeding, and much faster recovery time for patients.