A fluid dispenser, comprising: a dispenser body (10, 110), comprising: a reservoir (3, 115); a tube comprising a first opening in communication with the reservoir and a second opening; a valve in communication with the second opening of the tube; a pump chamber in communication with the valve; and an actuator (20, 170), comprising: an actuator shroud; a tubular section (27, 174) through at least a portion of the actuator, wherein at least a portion of the tubular section is in communication with the pump chamber of the dispenser body (10, 110); a valve seat in the tubular section (27, 174); a rod (39, 194) inserted in the tubular section (27, 174) and comprising: a fluid conduit (45, 195) through the rod (39, 194) or along at least a portion of the rod (39, 194); a vortex chamber (49, 192) in communication with the conduit (45, 195) and defined or formed in at least a portion of the rod (39, 194), and aligned with an orifice (37, 180) in the actuator shroud; and a movable exhaust valve seated in the valve seat and positioned between the pump chamber of the dispenser and the fluid conduit (45, 195), wherein the exhaust valve is connected to the rod (39, 194) by an elastic spring (41, 196) wherein the elastic spring (41, 196) collapses or compacts to allow movement of the exhaust valve away from the valve seat thereby allowing fluid to flow from the pump chamber into the fluid conduit (45, 195), into the vortex chamber (49, 192) and out of the orifice(37, 180); and wherein the actuator (20, 170) is moveable relative to the dispenser body (10, 110) for pumping fluid from the reservoir (3, 115) through the tube into the pump chamber and from the pump chamber through the fluid conduit (45, 195) into the vortex chamber (49, 192) and out of the orifice. a dispenser body (10, 110), comprising: a reservoir (3, 115); a tube comprising a first opening in communication with the reservoir and a second opening; a valve in communication with the second opening of the tube; a pump chamber in communication with the valve; and a reservoir (3, 115); a tube comprising a first opening in communication with the reservoir and a second opening; a valve in communication with the second opening of the tube; a pump chamber in communication with the valve; and an actuator (20, 170), comprising: an actuator shroud; a tubular section (27, 174) through at least a portion of the actuator, wherein at least a portion of the tubular section is in communication with the pump chamber of the dispenser body (10, 110); a valve seat in the tubular section (27, 174); a rod (39, 194) inserted in the tubular section (27, 174) and comprising: a fluid conduit (45, 195) through the rod (39, 194) or along at least a portion of the rod (39, 194); a vortex chamber (49, 192) in communication with the conduit (45, 195) and defined or formed in at least a portion of the rod (39, 194), and aligned with an orifice (37, 180) in the actuator shroud; and a movable exhaust valve seated in the valve seat and positioned between the pump chamber of the dispenser and the fluid conduit (45, 195), wherein the exhaust valve is connected to the rod (39, 194) by an elastic spring (41, 196) an actuator shroud; a tubular section (27, 174) through at least a portion of the actuator, wherein at least a portion of the tubular section is in communication with the pump chamber of the dispenser body (10, 110); a valve seat in the tubular section (27, 174); a rod (39, 194) inserted in the tubular section (27, 174) and comprising: a fluid conduit (45, 195) through the rod (39, 194) or along at least a portion of the rod (39, 194); a vortex chamber (49, 192) in communication with the conduit (45, 195) and defined or formed in at least a portion of the rod (39, 194), and aligned with an orifice (37, 180) in the actuator shroud; and a movable exhaust valve seated in the valve seat and positioned between the pump chamber of the dispenser and the fluid conduit (45, 195), wherein the exhaust valve is connected to the rod (39, 194) by an elastic spring (41, 196) a fluid conduit (45, 195) through the rod (39, 194) or along at least a portion of the rod (39, 194); a vortex chamber (49, 192) in communication with the conduit (45, 195) and defined or formed in at least a portion of the rod (39, 194), and aligned with an orifice (37, 180) in the actuator shroud; and a movable exhaust valve seated in the valve seat and positioned between the pump chamber of the dispenser and the fluid conduit (45, 195), wherein the exhaust valve is connected to the rod (39, 194) by an elastic spring (41, 196) wherein the elastic spring (41, 196) collapses or compacts to allow movement of the exhaust valve away from the valve seat thereby allowing fluid to flow from the pump chamber into the fluid conduit (45, 195), into the vortex chamber (49, 192) and out of the orifice(37, 180); and wherein the actuator (20, 170) is moveable relative to the dispenser body (10, 110) for pumping fluid from the reservoir (3, 115) through the tube into the pump chamber and from the pump chamber through the fluid conduit (45, 195) into the vortex chamber (49, 192) and out of the orifice.