Provided is a method for manufacturing a formed material, comprising manufacturing a formed material having a trunk portion and a flange portion by subjecting a raw-material metal plate to multi-stage drawing. The multi-stage drawing includes performing compressive drawing at least once for forming the trunk portion by drawing a trunk portion element while applying a compressive force to the trunk portion element using a metal mold which includes a die having a push-in hole, a punch, and a pressing means for applying a compressive force to the peripheral wall of the trunk portion element along a depth direction of the trunk portion element. The push-in hole has a tapered surface which extends in the circumferential direction of the push-in hole at the entry of the push-in hole, and which extends while being inclined with respect to the axial direction of the push-in hole. The push-in hole is configured such that component forces of the compressive force are directed toward radially inside of the push-in hole due to the tapered surface.