An automatic milky tea maker comprises a low-temperature preservation chamber, an
icemaker case and a normal-temperature chamber. A guide rail box is arranged in front of the low-temperature preservation chamber, the
icemaker case and the normal-temperature chamber. A sauce
output device, a large fruit grain
output device, a cover
output device and a juice pump are arranged in the upper portion ofthe low-temperature preservation chamber. A full-automatic
icemaker is arranged in the icemaker case, a cup
discharger, a
fructose output device, a
powder output device and a stirring device are arranged in the upper portion of the normal-temperature chamber, the middle of the normal-temperature chamber is internally provided with a tea water and
purified water outlet, the lower portion of the normal-temperature chamber is provided with a water
barrel placement area, and a milky tea conveying platform is arranged in the guide rail box. The automatic milky tea has advantages that cup discharging, water agent feeding,
powder feeding, sauce feeding, stirring, milk cover feeding and final outputting are all realized mechanically, so that unmanned milky tea making is realized; by design of different
feeding types and feeding sequences, a refrigerator is designed for materials requiring
refrigeration, an ice making component is provided aiming at different demands of cold and hot drinks, and accordingly different customer demands can be met.