To provide a feeding apparatus for a perforated component that can surely match a guide pin with a hole of the perforated component.

An opening surface 5 is formed in the perforated component 1. The shape of a holding part 16 is set so that the opening surface 5 of the perforated component 1 held by the holding part 16 is inclined to an axis O-O of an electrode guide pin 39. A feed rod 11 is stopped at a portion where a distal end portion of the guide pin 39 is located in a virtual space 44 where the space of the hole 3 is extended in an axis X-X direction of the hole 3. A flying space L is installed to fly the perforated component 1 in the axis X-X direction of the hole 3 in a space from the opening surface 5 up to a guide pin distal end portion 45 in the stop state. When the perforated component 1 is flied by a transmission means 29, an opening edge 8 of the hole 3 hits on a rotation center point P on an outer peripheral surface of the guide pin 39. By the hitting, the perforated component 1 is rotated to relatively advance the guide pin 39 into the hole 3.