To prevent the reduction of the printing quality by preventing the ink strain of a printed recording medium, and exhaust the recorded medium to a recording medium receiving part smoothly.

This device furnishes the first conveyer means 40 to make the height of a conveying surface identical to a recording medium guide surface 20 which guides the recorded recording medium to a record receiving part; and the second conveyer means 50 in which a conveying roller projects from the recording medium guide surface and the conveying surface of the first conveyer means 40, and a recording medium P can be feed-energized to the recording medium receiving part. The second conveyer means 50 has a taper form lower at the center part. The printed recording medium P is held by the first conveyer means 40, and sent to the second conveyer means 50 while keeping the interval with a printing head 10 constant. In the second conveyer means 50, the feeding direction of the recording medium is energized upward by a conveying roll 51 and a pressing body 55, the recorded recording medium P is bent in the direction orthogonal to the feeding direction, and it is bent in the direction orthogonal to the feeding direction along the taper form of the second conveying roll.