To provide a vibration type conveyer capable of maintaining smooth conveyance through an alignment feed chute, even when conveying a component at a high speed.

This vibration type conveyer includes a bowl feeder B formed with a conveying face for the component W comprising a pin-like member, and for conveying the component W by vibration imparted by a driving source 1, and the alignment feed chute 7 formed with a conveying route 8 for conveying the components W while aligned in one line along an axial-direction of the component W, is not provided with the driving source in an alignment feed chute 7 side, and is constituted to vibrate the alignment feed chute 7 by transmitting the vibration of the bowl feeder B. The vibration type conveyer further includes support plates 10a, 10b for supporting the alignment feed chute 7, and for generating the vibration for conveying the component with respect to the conveying route 8 through deflection accompanied by the transmitted vibration, and the attaching angles of the support plates 10a, 10b can be regulated steplessly.