The invention discloses an integral type fully-automatic tea processing machine compromising a feed hopper, wherein the discharge end of a discharge chute of the feed hopper corresponds to a feed inlet of a de-enzyming mechanism positioned below the feed hopper; a discharge outlet of the de-enzyming mechanism corresponds to the feed end of a U-shaped carding box of an adjustable type U-shaped carding case positioned below the de-enzyming mechanism; the adjustable type U-shaped carding case is positioned right above a U-shaped shaping box positioned on the upper end of a cyclic chain inside animitation manual type shaping and kneading device; a drying case is arranged below the imitation manual type shaping and kneading device; a U-shaped shaping box positioned on the lower end of the cyclic chain inside the imitation manual type shaping and kneading device corresponds to a mesh transmission belt positioned on the feed end of the drying case; and the output end of a mesh transmission belt positioned on the discharge end of the drying case corresponds to the mouth of a tea receiving box positioned below the drying case. The invention realizes the fully-automatic operation, reduces the labor intensity and can effectively recycle the waste heat inside a system in the process, thereby really achieving the effects of economy, practicability, energy saving and environmental protection.