An apparatus for the manufacture of a multiregion confection, the apparatus comprising: an extrusion nozzle defining a first orifice, a second orifice, and a discharge end; a material feeder configured to force extrudable material through the first orifice; a dosing module including: a housing defining: a holding cavity configured to hold inclusions; a suction cavity; and a port, wherein the second orifice of the extrusion nozzle is fluidly coupled to the port; a disk rotatably mounted with respect to the holding cavity, the disk defining a plurality of apertures for holding the inclusions, wherein as the disk rotates the plurality of apertures move with respect to the housing such that each of the plurality of apertures arrives at a first location where the aperture is exposed on one side of the disk to the holding cavity and on the reverse side of the disk to the suction cavity, wherein the port is disposed such that inclusions released from the plurality of apertures at a second location travels into the port, wherein the second orifice is configured to direct the inclusions to combine with the extrudable material, and wherein the nozzle is configured for extrusion of the combined extrudable material and inclusions out the discharge end. an extrusion nozzle defining a first orifice, a second orifice, and a discharge end; a material feeder configured to force extrudable material through the first orifice; a dosing module including: a housing defining: a holding cavity configured to hold inclusions; a suction cavity; and a port, wherein the second orifice of the extrusion nozzle is fluidly coupled to the port; a disk rotatably mounted with respect to the holding cavity, the disk defining a plurality of apertures for holding the inclusions, wherein as the disk rotates the plurality of apertures move with respect to the housing such that each of the plurality of apertures arrives at a first location where the aperture is exposed on one side of the disk to the holding cavity and on the reverse side of the disk to the suction cavity, wherein the port is disposed such that inclusions released from the plurality of apertures at a second location travels into the port, a housing defining: a holding cavity configured to hold inclusions; a suction cavity; and a port, wherein the second orifice of the extrusion nozzle is fluidly coupled to the port; a holding cavity configured to hold inclusions; a suction cavity; and a port, wherein the second orifice of the extrusion nozzle is fluidly coupled to the port; a disk rotatably mounted with respect to the holding cavity, the disk defining a plurality of apertures for holding the inclusions, wherein as the disk rotates the plurality of apertures move with respect to the housing such that each of the plurality of apertures arrives at a first location where the aperture is exposed on one side of the disk to the holding cavity and on the reverse side of the disk to the suction cavity, wherein the port is disposed such that inclusions released from the plurality of apertures at a second location travels into the port, wherein the second orifice is configured to direct the inclusions to combine with the extrudable material, and wherein the nozzle is configured for extrusion of the combined extrudable material and inclusions out the discharge end.