A device for removing an implanted object from a body vessel, the device comprising: a sheath assembly (112, 1212, 3812) comprising an outer sheath assembly (602, 1602, 3824) and an inner sheath assembly (604, 1604); the outer sheath assembly (602, 1602, 3802) comprising an outer sheath (624, 1624, 3824), wherein at least a portion of the outer sheath (624, 1624, 3824) comprises an outer hypotube; the inner sheath assembly (604, 1604, 3804) comprising an inner sheath (620, 1620, 3820) and a tip (632, 1632, 3832), wherein at least a portion of the inner sheath (620, 1620, 3820) comprises an inner hypotube; the inner sheath (620, 1620, 3820) comprising a proximal end and a distal end, wherein the distal end of the inner sheath (620, 1620, 3820) is coupled to the tip (632, 1632, 3832); a handle assembly (108, 1208) comprising a trigger (408, 1508) and a barrel cam cylinder (420, 1520), the trigger (408, 1508) comprising a trigger pin (428, 1528), the barrel cam cylinder (420, 1520) comprising a barrel cam cylinder slot (444, 1544) for receipt and cooperation with the trigger pin (428, 1528), wherein the proximal end of the inner sheath (620, 1620, 3820) is coupled to the barrel cam cylinder (420, 1519) such that: upon a first actuation of the trigger (408, 1508) to proximally move the trigger pin (428, 1528) in a longitudinal direction, the barrel cam cylinder (420, 1520) rotates in a first direction, thereby causing the tip (632, 1632, 3832) to rotate in the first direction while the tip (632, 1632, 3832) moves longitudinally; and upon a second actuation of the trigger (408, 1508) to proximally move the trigger pin (428, 1528) in the longitudinal direction, the barrel cam cylinder (420, 1520) rotates in a second direction, thereby causing the tip (632, 1632, 3832) to rotate in the second direction while the tip (632, 1632, 3832) moves longitudinally. a sheath assembly (112, 1212, 3812) comprising an outer sheath assembly (602, 1602, 3824) and an inner sheath assembly (604, 1604); the outer sheath assembly (602, 1602, 3802) comprising an outer sheath (624, 1624, 3824), wherein at least a portion of the outer sheath (624, 1624, 3824) comprises an outer hypotube; the inner sheath assembly (604, 1604, 3804) comprising an inner sheath (620, 1620, 3820) and a tip (632, 1632, 3832), wherein at least a portion of the inner sheath (620, 1620, 3820) comprises an inner hypotube; the inner sheath (620, 1620, 3820) comprising a proximal end and a distal end, wherein the distal end of the inner sheath (620, 1620, 3820) is coupled to the tip (632, 1632, 3832); the outer sheath assembly (602, 1602, 3802) comprising an outer sheath (624, 1624, 3824), wherein at least a portion of the outer sheath (624, 1624, 3824) comprises an outer hypotube; the inner sheath assembly (604, 1604, 3804) comprising an inner sheath (620, 1620, 3820) and a tip (632, 1632, 3832), wherein at least a portion of the inner sheath (620, 1620, 3820) comprises an inner hypotube; the inner sheath (620, 1620, 3820) comprising a proximal end and a distal end, wherein the distal end of the inner sheath (620, 1620, 3820) is coupled to the tip (632, 1632, 3832); a handle assembly (108, 1208) comprising a trigger (408, 1508) and a barrel cam cylinder (420, 1520), the trigger (408, 1508) comprising a trigger pin (428, 1528), the barrel cam cylinder (420, 1520) comprising a barrel cam cylinder slot (444, 1544) for receipt and cooperation with the trigger pin (428, 1528), wherein the proximal end of the inner sheath (620, 1620, 3820) is coupled to the barrel cam cylinder (420, 1519) such that: upon a first actuation of the trigger (408, 1508) to proximally move the trigger pin (428, 1528) in a longitudinal direction, the barrel cam cylinder (420, 1520) rotates in a first direction, thereby causing the tip (632, 1632, 3832) to rotate in the first direction while the tip (632, 1632, 3832) moves longitudinally; and upon a second actuation of the trigger (408, 1508) to proximally move the trigger pin (428, 1528) in the longitudinal direction, the barrel cam cylinder (420, 1520) rotates in a second direction, thereby causing the tip (632, 1632, 3832) to rotate in the second direction while the tip (632, 1632, 3832) moves longitudinally. upon a first actuation of the trigger (408, 1508) to proximally move the trigger pin (428, 1528) in a longitudinal direction, the barrel cam cylinder (420, 1520) rotates in a first direction, thereby causing the tip (632, 1632, 3832) to rotate in the first direction while the tip (632, 1632, 3832) moves longitudinally; and upon a second actuation of the trigger (408, 1508) to proximally move the trigger pin (428, 1528) in the longitudinal direction, the barrel cam cylinder (420, 1520) rotates in a second direction, thereby causing the tip (632, 1632, 3832) to rotate in the second direction while the tip (632, 1632, 3832) moves longitudinally.