The application provides an automatic production
material flow transfer system and method for
aerospace product
assembly, which comprises a centralized feeding platform for manual clamping and scanning storage before feeding cabin sections and the like, a
system for assisting in rapid positioning of cabin sections and brackets, a fire-related planar warehouse for storing fire-related materials such as engines, a non-fire-related stereoscopic warehouse for storing cabin sections such as electronic cabins and material boxes, an intelligent tool warehouse for storing tools and tooling, a
workstation for temporarily buffering finished products at the exit area of a factory building, an AGV for transferring materials between workstations, a truss
robot for the up-and-down loading workstations of a full
missile, a ground rail
robot for the up-and-down feeding of direct parts on a
missile, and a central control module for
material flow control. The application can realize the simultaneous operation of two production lines through the shared logistics
route, centralized feeding platform, distributed
material storage area and detection area, thereby saving site resources and reducing the investment in
production line equipment.