To take out a living bird from a birdcage for living birds without damaging the living bird, and to sufficiently eliminate dirty inside the birdcage for living birds when washing the birdcage, and to automate a process from ejection of the birdcage for living birds from a group of a plurality of birdcages for living birds piled in multiple stages to formation of a group of vacant birdcages for living birds.

A device for handling the birdcage for living bird is provided with a birdcage for living birds ejecting device 10 for ejecting the birdcages for living birds one by one from the group of birdcages for living birds formed of a plurality of birdcages for living birds piled in multiple stages, a cover removing device for removing a cover from a main body of the birdcage for living birds, a main body washing device 30 for washing a main body of the birdcage for living birds, from which the living birds are already taken out, a cover washing device 60 for washing the cover of the birdcage for living birds, a cover installing device for installing the cover in the main body of the birdcage for living birds, a birdcage for living birds piling device 50 for piling vacant birdcages for living birds in multiple stages to form a group of the vacant birdcages for living birds, a first conveyor 200 for connecting the birdcage for living birds ejecting device 10, the cover removing device , the main body washing device 30, the cover installing device 40 and the birdcage for living birds piling device 59 to each other in order, and a second conveyor 300 for connecting the cover removing device 1, the cover washing device 60 and the cover installing device 40 to each other in order.