Cancer is one of the most serious public health issues globally and a leading cause of death among residents in China.Among various types of cancer,lung cancer has the highest incidence and mortality rates,posing a significant challenge to Chinese healthcare system.Currently,comprehensive treatment of lung cancer is thrivig,but surgical remains the primary curative treatment.The advent of surgical robots has opened up new possibilities for the surgical treatment of lung cancer.With flexibility,precision,minimally invasive nature,and intelligence,robotic surgery has addressed many challenges and shortcomings of traditional surgical treatments,representing a revolutionary achievement in the integration of medicine and engineering.As the installation and utilization of surgical robots rapidly increase,the prospects and potential risks of robotic surgery for lung cancer have garnered widespread attention.Looking ahead,new concepts and technologies,including artificial intelligence,remote control,haptic feedback,etc.,are expected to be implemented in robots for a further optimized lung cancer surgical process.This integration will influence the landscape of lung cancer surgical treatment,and ultimately benefit patients.

Cancer is one of the most serious public health issues globally and a leading cause of death among residents in China.Among various types of cancer,lung cancer has the highest incidence and mortality rates,posing a significant challenge to Chinese healthcare system.Currently,comprehensive treatment of lung cancer is thrivig,but surgical remains the primary curative treatment.The advent of surgical robots has opened up new possibilities for the surgical treatment of lung cancer.With flexibility,precision,minimally invasive nature,and intelligence,robotic surgery has addressed many challenges and shortcomings of traditional surgical treatments,representing a revolutionary achievement in the integration of medicine and engineering.As the installation and utilization of surgical robots rapidly increase,the prospects and potential risks of robotic surgery for lung cancer have garnered widespread attention.Looking ahead,new concepts and technologies,including artificial intelligence,remote control,haptic feedback,etc.,are expected to be implemented in robots for a further optimized lung cancer surgical process.This integration will influence the landscape of lung cancer surgical treatment,and ultimately benefit patients.