A container comprising: a pressurized chamber containing a fluidic material; a dispensing assembly coupled to the pressurized chamber, the dispensing assembly comprising: a dispensing passageway for discharging the fluidic material from the container, the dispensing passageway having a variable volume; a dispensing valve operably coupled to the dispensing passageway; a tilt valve operably coupled to the dispensing passageway and alterable between a closed state in which the tilt valve seals the pressurized chamber and an open state in which the dispensing passageway is in fluid communication with the pressurized chamber; and a pump assembly operably coupled to the dispensing passageway between the dispensing valve and the tilt valve, the pump assembly alterable between a first state in which the variable volume is at a first volume and a second state in which the variable volume is at a second volume that is less than the first volume; wherein the pump assembly further comprises an actuator and a pressurization element that is driven by the actuator, a surface of the pressurization element forming a wall of the dispensing passageway; and wherein movement or deflection of the pressurization element varies volume of the variable volume of the dispensing passageway between the first and second volumes; and wherein the actuator and the pressurization element are formed of a resilient material as a monolithic singular component. a pressurized chamber containing a fluidic material; a dispensing assembly coupled to the pressurized chamber, the dispensing assembly comprising: a dispensing passageway for discharging the fluidic material from the container, the dispensing passageway having a variable volume; a dispensing valve operably coupled to the dispensing passageway; a tilt valve operably coupled to the dispensing passageway and alterable between a closed state in which the tilt valve seals the pressurized chamber and an open state in which the dispensing passageway is in fluid communication with the pressurized chamber; and a pump assembly operably coupled to the dispensing passageway between the dispensing valve and the tilt valve, the pump assembly alterable between a first state in which the variable volume is at a first volume and a second state in which the variable volume is at a second volume that is less than the first volume; wherein the pump assembly further comprises an actuator and a pressurization element that is driven by the actuator, a surface of the pressurization element forming a wall of the dispensing passageway; and wherein movement or deflection of the pressurization element varies volume of the variable volume of the dispensing passageway between the first and second volumes; and wherein the actuator and the pressurization element are formed of a resilient material as a monolithic singular component. a dispensing passageway for discharging the fluidic material from the container, the dispensing passageway having a variable volume; a dispensing valve operably coupled to the dispensing passageway; a tilt valve operably coupled to the dispensing passageway and alterable between a closed state in which the tilt valve seals the pressurized chamber and an open state in which the dispensing passageway is in fluid communication with the pressurized chamber; and a pump assembly operably coupled to the dispensing passageway between the dispensing valve and the tilt valve, the pump assembly alterable between a first state in which the variable volume is at a first volume and a second state in which the variable volume is at a second volume that is less than the first volume; wherein the pump assembly further comprises an actuator and a pressurization element that is driven by the actuator, a surface of the pressurization element forming a wall of the dispensing passageway; and wherein movement or deflection of the pressurization element varies volume of the variable volume of the dispensing passageway between the first and second volumes; and wherein the actuator and the pressurization element are formed of a resilient material as a monolithic singular component.