A safety closure system for a dispensing container, comprising: a body cap which is one of configured to couple with said dispensing container and integrated into said dispensing container, said body cap comprising an upstanding wall having a recess partially bound by a vertical edge, wherein said vertical edge defines a pushbutton locking edge; a rotating dispensing actuator comprising a tubular shaped actuator wall and an internal cavity, said rotating dispensing actuator rotatably assembled within said body cap to rotatably cycle said rotating dispensing actuator between a locked position to avoid dispensing of material from within said container and an unlocked, dispensing position enabling dispensing of material from within said container; characterised in that the system further comprises: a rotation locking member comprising an arched segment (133, 134) and a push button extending outward from a convex surface of said arched segment (133, 134), wherein said rotation locking member is operationally assembled within said actuator internal cavity, and wherein a locking button aperture is formed in the tubular shaped actuator wall of the rotating dispensing actuator and is sized and configured to accept the push button of the rotation locking member therethrough; and wherein, in use, said push button engages with said vertical edge to restrict a rotational motion of said rotating dispensing actuator until said push button is subjected to a compression force which positions said push button inward, clearing said vertical edge, thus enabling rotation of said rotating dispensing actuator. a body cap which is one of configured to couple with said dispensing container and integrated into said dispensing container, said body cap comprising an upstanding wall having a recess partially bound by a vertical edge, wherein said vertical edge defines a pushbutton locking edge; a rotating dispensing actuator comprising a tubular shaped actuator wall and an internal cavity, said rotating dispensing actuator rotatably assembled within said body cap to rotatably cycle said rotating dispensing actuator between a locked position to avoid dispensing of material from within said container and an unlocked, dispensing position enabling dispensing of material from within said container; characterised in that the system further comprises: a rotation locking member comprising an arched segment (133, 134) and a push button extending outward from a convex surface of said arched segment (133, 134), wherein said rotation locking member is operationally assembled within said actuator internal cavity, and wherein a locking button aperture is formed in the tubular shaped actuator wall of the rotating dispensing actuator and is sized and configured to accept the push button of the rotation locking member therethrough; and wherein, in use, said push button engages with said vertical edge to restrict a rotational motion of said rotating dispensing actuator until said push button is subjected to a compression force which positions said push button inward, clearing said vertical edge, thus enabling rotation of said rotating dispensing actuator. a rotation locking member comprising an arched segment (133, 134) and a push button extending outward from a convex surface of said arched segment (133, 134), wherein said rotation locking member is operationally assembled within said actuator internal cavity, and wherein a locking button aperture is formed in the tubular shaped actuator wall of the rotating dispensing actuator and is sized and configured to accept the push button of the rotation locking member therethrough; and wherein, in use, said push button engages with said vertical edge to restrict a rotational motion of said rotating dispensing actuator until said push button is subjected to a compression force which positions said push button inward, clearing said vertical edge, thus enabling rotation of said rotating dispensing actuator.