shown in fig3 a and 3 b and fig4 a and 4 b the movable body 3 includes a photographing unit 1 a first rectangular frame shaped holder 71 a second rectangular frame shaped holder 72 and a stopper member 8 the stopper member 8 is fixed to a face on a rear side in the optical axis direction u201c l u201d of the second holder 72 by a method such as welding in this embodiment flat plate shaped permanent magnets 520 which are used in the shake correction drive mechanism 500 are held between the first holder 71 and the second holder 72 specifically the first holder 71 is fixed to front side faces in the optical axis direction u201c l u201d of the permanent magnets 520 and the second holder 72 is fixed to rear side faces in the optical axis direction u201c l u201d of the permanent magnets 520 the permanent magnets 520 the first holder 71 and the second holder 72 structure a permanent magnet assembly 75 in a rectangular tube shape therefore after the photographing unit 1 is inserted into an inner side of the rectangular tube shaped permanent magnet assembly 75 an outer peripheral face of the case 14 of the photographing unit 1 and the inner peripheral face of the permanent magnet assembly 75 inner faces of the permanent magnets 520 are fixed to each other by an adhesive or the like and as a result the permanent magnets 520 the first holder 71 the second holder 72 the stopper member 8 and the photographing unit 1 are integrated with each other to structure the.