The present invention provides an automatic lollipop packaging device, which relates to the field of candy packaging equipment. The automatic lollipop packaging device includes two frames, a rotating roller and a flap. The rotating roller and the flap are located between the two frames. The end of the rotating roller is pivotally connected to the lower end of the frame, and the end of the flap is pivotally connected to the upper end of the frame. A plurality of rows of
insertion holes one and a plurality of rows of
insertion holes two are formed on the surface of the rotating roller. Each row of
insertion holes two is located between two adjacent insertion holes one. The insertion holes one are used to place flat lollipops, and the insertion holes two are used to place spherical lollipops. Through the cooperation of the flap and the roller, the automatic lollipop packaging device can
package two styles of lollipops. By setting up a rectangular box, a partition board, an arc-shaped rod, an arc-shaped plate and an
adhesive layer in cooperation, the flat lollipops can be encapsulated. By setting up spherical candies, support rods, small electric push rods and steel wires in cooperation, the spherical lollipops can be encapsulated. It replaces the traditional manual binding method, reduces labor costs, further improves work efficiency, and realizes automatic encapsulation.