A cleaning device for an atomizer, the cleaning device comprising: a plurality of cleaning nozzles (57, 80) each having an aperture configured to dispense a cleaning fluid; a movable member upon which at least one cleaning nozzle of the plurality of cleaning nozzles (57, 80) is located; and a shroud having an internal surface and an external surface, the shroud encompassing the movable member, such that the cleaning fluid dispensed from a corresponding aperture of the at least one cleaning nozzle is contained therein, wherein the at least one cleaning nozzle (57, 80) is configured to dispense cleaning fluid to wet the internal surface, the shroud comprising: an entrance port capable of being opened or closed, such that the cleaning fluid is allowed to flow there through when the entrance port is opened in order for the cleaning fluid to be dispensed from respective apertures of the plurality of cleaning nozzles; an exit port capable of being opened or closed, such that the dispensed cleaning fluid that collects within the shroud can be removed when the exit port is opened; and an opening capable of receiving the atomizer; wherein upon receiving the atomizer, the opening is sealed such that the dispensed cleaning fluid is contained within the shroud; characterised in that: the cleaning device further comprises a gas-drying ring that surrounds at least a portion of the opening; and at least a portion of the internal surface, at least a portion of the external surface, or a combination thereof is coated with a conductive coating, wherein the conductive coating is static dissipative having a surface resistance that is greater than 1 × 10 1 ohms/square and less than 1 × 10 12 ohms/square. a plurality of cleaning nozzles (57, 80) each having an aperture configured to dispense a cleaning fluid; a movable member upon which at least one cleaning nozzle of the plurality of cleaning nozzles (57, 80) is located; and a shroud having an internal surface and an external surface, the shroud encompassing the movable member, such that the cleaning fluid dispensed from a corresponding aperture of the at least one cleaning nozzle is contained therein, wherein the at least one cleaning nozzle (57, 80) is configured to dispense cleaning fluid to wet the internal surface, the shroud comprising: an entrance port capable of being opened or closed, such that the cleaning fluid is allowed to flow there through when the entrance port is opened in order for the cleaning fluid to be dispensed from respective apertures of the plurality of cleaning nozzles; an exit port capable of being opened or closed, such that the dispensed cleaning fluid that collects within the shroud can be removed when the exit port is opened; and an opening capable of receiving the atomizer; wherein upon receiving the atomizer, the opening is sealed such that the dispensed cleaning fluid is contained within the shroud; an entrance port capable of being opened or closed, such that the cleaning fluid is allowed to flow there through when the entrance port is opened in order for the cleaning fluid to be dispensed from respective apertures of the plurality of cleaning nozzles; an exit port capable of being opened or closed, such that the dispensed cleaning fluid that collects within the shroud can be removed when the exit port is opened; and an opening capable of receiving the atomizer; wherein upon receiving the atomizer, the opening is sealed such that the dispensed cleaning fluid is contained within the shroud; characterised in that: the cleaning device further comprises a gas-drying ring that surrounds at least a portion of the opening; and at least a portion of the internal surface, at least a portion of the external surface, or a combination thereof is coated with a conductive coating, wherein the conductive coating is static dissipative having a surface resistance that is greater than 1 × 10 1 ohms/square and less than 1 × 10 12 ohms/square. the cleaning device further comprises a gas-drying ring that surrounds at least a portion of the opening; and at least a portion of the internal surface, at least a portion of the external surface, or a combination thereof is coated with a conductive coating, wherein the conductive coating is static dissipative having a surface resistance that is greater than 1 × 10 1 ohms/square and less than 1 × 10 12 ohms/square.