The essence of orthopedic surgery robot is based on the development of advanced technologies such as information communication, medical big data, artificial intelligence virtual/augmented reality, etc., and it should be used in prosthesis replacement and repair operations such as spine, knee and hip joints. In China, for a long time, orthopaedic surgery used the traditional "hand-operated" mode, which relied too much on the experience of the chief surgeon, and the accuracy and safety of the surgery needed to be improved. The introduction of orthopedic surgical robots, with its more minimally invasive, smarter, and finer features, can make surgical operations more convenient, fast, objective and accurate, and it is very popular in the Chinese market!
According to YONGS Industrial Control, the orthopedic surgical robot is mainly composed of three parts: a robotic arm, an imaging system and a computer system (main console, optical tracking system and other software and hardware). In robot-assisted orthopaedic surgery, the imaging system provides the patient's preoperative imaging data and intraoperative synchronized high-definition images for the doctor to determine the surgical plan, and then is driven by the computer system for intraoperative positioning, navigation and control, and is assisted by the mechanical system. Doctors perform precise surgical operations. In this process, the participation of orthopedic surgical robots can greatly improve the accuracy and stability of surgery, and overcome the problems of high risk, low accuracy, and large trauma area in traditional surgery.
Portanto, nos últimos anos, muitas empresas e instituições nacionais têm implantado ativamente a indústria de robôs cirúrgicos. A Delilong Industrial Control segue de perto a tendência de desenvolvimento de cuidados médicos inteligentes e conta com sua própria plataforma de RD poderosa para criar uma série de produtos de computador incorporados de alta-qualidade e alto-desempenho, que podem fornecer assistência de hardware para a operação segura e confiável de sistemas de computador de robôs de cirurgia ortopédica.
