The application provides an
endoscope image fusion display
system and a
medical device, and belongs to the technical field of medical devices. In the
system, a
video image obtained by a video acquisition and
processing module is directly transmitted to a display module for display through a fusion
processing module, forming a
data link of the
video image. A transparent rendering image obtained by a visual rendering module is directly transmitted to the display module for display through the fusion
processing module, forming a
data link of the transparent rendering image. The two data links are independent of and do not affect each other, and do not need to wait for each other, thereby greatly reducing the
transmission delay of the
video image from acquisition to display. Therefore, through the
system, the
transmission delay of the video image from acquisition to display is reduced, and the three-dimensional model can dynamically follow the movement of the video image and the transparency can be adjusted, so that more accurate and rich image information is displayed for the user.