Magnetically-driven sleeve feeding mechanism

The utility model relates to the technical field of electronic component feeding, in particular to a magnetically-driven sleeve feeding mechanism which comprises a stock bin used for storing magnetically-insulated sleeves and a pushing mechanism capable of pushing out electronic components in the sleeves. The material pushing mechanism comprises a pipe placing channel for placing a casing pipe loaded with electronic elements, a material pushing block capable of entering the casing pipe from a pipe opening to push out the electronic elements in the casing pipe one by one, a magnetic attraction piece located outside the casing pipe and capable of driving the material pushing block through magnetic attraction, and a driving piece capable of driving the magnetic attraction piece to reciprocate in the length direction of the pipe placing channel; the casing pipe packaged with the electronic element is arranged in the stock bin, and the magnetic attraction piece slides along the movement channel and drives the mate