Abstract: A hexagonal driver bit configured to be operably coupled to a power rotary tool wherein the present invention employs a movable magnet assembly so as to facilitate removal of debris accumulated within the cavity of the driver bit. Secured to the shaft of the present invention is a body member that is cylindrical in shape having a first end and a second end. Proximate the first end is an opening providing access to the cavity wherein the cavity has an inner wall formed to mateably engage a fastener head. The body includes a void intermediate a bottom plate member and a rear wall wherein the void houses a movable magnet assembly. The magnet assembly includes a portion external to the body accessible by a user wherein the user can move the magnet assembly between a first and second position. A movement member controls the movement of the magnet assembly.

Abstract: A hexagonal driver bit configured to be operably coupled to a power rotary tool wherein the present invention employs a movable magnet assembly so as to facilitate removal of debris accumulated within the cavity of the driver bit. Secured to the shaft of the present invention is a body member that is cylindrical in shape having a first end and a second end. Proximate the first end is an opening providing access to the cavity wherein the cavity has an inner wall formed to mateably engage a fastener head. The body includes a void intermediate a bottom plate member and a rear wall wherein the void houses a movable magnet assembly. The magnet assembly includes a portion external to the body accessible by a user wherein the user can move the magnet assembly between a first and second position. A movement member controls the movement of the magnet assembly.