A beverage dispenser, comprising: a housing including a first housing product circuit and a second housing product circuit; a first tower section securable to the housing, the first tower section including a first tower product circuit having at least one inlet fluidly connected with the first housing product circuit and at least one outlet extending from the first tower section; a second tower section securable to the housing, the second tower section including a second tower product circuit having at least one inlet fluidly connected with the second housing product circuit and at least one outlet extending from the second tower section; characterised in: a first mounting member secured at a forward face of the first tower section, wherein the first mounting member is adapted to engage and align the at least one outlet from the first tower product circuit with a first dispense point when mounted on the first mounting member and fluidly connected with the at least one outlet from first tower product circuit; and a second mounting member secured at a forward face of the second tower section, wherein the second mounting member is adapted to engage and align the at least one outlet from the second tower product circuit with a second dispense point when mounted on the second mounting member and fluidly connected with the at least one outlet from second tower product circuit; and the first mounting member and the second mounting member are adapted to connect to create an integral mounting member that secures the first tower section with the second tower section, thereby providing alignment of the first dispense point with the second dispense point. a housing including a first housing product circuit and a second housing product circuit; a first tower section securable to the housing, the first tower section including a first tower product circuit having at least one inlet fluidly connected with the first housing product circuit and at least one outlet extending from the first tower section; a second tower section securable to the housing, the second tower section including a second tower product circuit having at least one inlet fluidly connected with the second housing product circuit and at least one outlet extending from the second tower section; characterised in: a first mounting member secured at a forward face of the first tower section, wherein the first mounting member is adapted to engage and align the at least one outlet from the first tower product circuit with a first dispense point when mounted on the first mounting member and fluidly connected with the at least one outlet from first tower product circuit; and a second mounting member secured at a forward face of the second tower section, wherein the second mounting member is adapted to engage and align the at least one outlet from the second tower product circuit with a second dispense point when mounted on the second mounting member and fluidly connected with the at least one outlet from second tower product circuit; and the first mounting member and the second mounting member are adapted to connect to create an integral mounting member that secures the first tower section with the second tower section, thereby providing alignment of the first dispense point with the second dispense point. a first mounting member secured at a forward face of the first tower section, wherein the first mounting member is adapted to engage and align the at least one outlet from the first tower product circuit with a first dispense point when mounted on the first mounting member and fluidly connected with the at least one outlet from first tower product circuit; and a second mounting member secured at a forward face of the second tower section, wherein the second mounting member is adapted to engage and align the at least one outlet from the second tower product circuit with a second dispense point when mounted on the second mounting member and fluidly connected with the at least one outlet from second tower product circuit; and the first mounting member and the second mounting member are adapted to connect to create an integral mounting member that secures the first tower section with the second tower section, thereby providing alignment of the first dispense point with the second dispense point.