To separate and carry out magnetic parts one by one by moving a magnetic part holding body which holds a plurality of magnetic parts by a holding body moving unit and by positioning apart the magnetic parts on a magnetic part support member by the action of magnetic flux and by separating the magnetic part from the magnetic part support member by carrying-out means.

A magnetic part 50 is stacked on a magnetic part support member 15 by its own weight and is inserted into the magnetic flux of first and second separation magnets 4, 5 at the tip end of a guide 14 when the magnetic part support member 15 is moved via a holding body moving means 3. The stacked magnetic parts 50 repel one another by the action of the first and second separation magnet 4, 5 and are positioned apart from one another along the axial direction of the guide 14 of a magnetic part support body 2. The uppermost magnetic part 50 of the magnetic parts positioned apart is separated from the tip end of the guide 14 and is engaged with a magnetic part contact part 30b and then is transferred to a carrying-out means 6.