Medical ROV is a medical device based on teleoperation technology, which can provide bioinformatic monitoring and high-definition visual field feedback function during surgery, thus helping doctors to accomplish more delicate and safe surgical operations. Compared to traditional surgical instruments, the Medical ROV provides higher surgical accuracy and operational stability, avoids problems such as hand tremor and fatigue, and reduces surgical risk.
Medical ROV has a wide range of applications, especially in the fields of neurosurgery, cardiac surgery, hepatobiliary surgery, and urology. The medical ROV can realize a series of difficult surgical operations such as intracerebral vascular imaging, microvascular anastomosis, thrombus removal, etc., which greatly improves the surgical effect and treatment success rate. In addition, in daily clinical diagnosis and treatment, medical ROV can also carry out accurate exploration of lesions, effectively reducing the situation of image misdiagnosis.
With the continuous progress of medical science and technology and the popularization of artificial intelligence technology, the application of medical ROV has unlimited prospects. In the future, medical ROVs can realize higher-level functions such as autonomous movement, intelligent positioning, and data transmission, providing more complete surgical support and medical services. At the same time, in the personalized treatment of patients, cross-regional distributed collaborative diagnosis and treatment, remote consultation and other aspects of the medical ROV is also expected to play an increasingly large role, for the development of the medical industry to inject new vitality.