The invention discloses a box capable of quantitatively taking tea. The box comprises a box body; an upper tea inlet penetrated through up and down is formed in the bottom wall of the box body, and is deviated from the center of the bottom wall of the box body; a sleeve penetrated through up and down is fixedly connected below the bottom wall of the box body; an outer tea outlet is formed in the side wall of the sleeve; a quantifier is rotationally connected into the sleeve, and includes a quantifying box opened downwards; the quantifying box is rotationally connected with the sleeve, and the two are tightly contacted; the lower port of the quantifying box downwards extends to exceed the lower end of the sleeve; a lower tea inlet corresponding to the upper tea inlet is formed in the top wall of the quantifying box, and is deviated from the center of the top wall of the quantifying box; the top wall of the quantifying box is tightly contacted with the bottom wall of the box body; an inner tea outlet corresponding to the outer tea outlet is formed in the side wall of the quantifying box; when the upper tea inlet is intersected with the lower tea inlet, the inner tea outlet is staggered from the outer tea outlet; when the inner tea outlet is intersected with the outer tea outlet, the upper tea inlet is staggered from the lower tea inlet; and an upper turntable is in threaded connection into the quantifying box.