Abstract: The auger dough pump of the present invention provides for the uniform dividing of a single stream of dough into a plurality of uniform sub-streams of dough by providing an auger that will present to a dough divider in the dough transport device substantially equal portions of dough to different portions of the dough divider, thus helping ensure that each of the sub-streams created by the divider are uniform with respect to each other, without substantially increasing resistance to the dough.

Abstract: The present invention provides a rounder bar and method of making and using the same in which, in one embodiment, the rounder portion of the rounder bar will have a shape that presents a concave shape having one of at least one flat surface and/or edge to the incoming dough. In another embodiment, the rounder bar will include at least one depression area that allows for an immediate, rather than gradual, expansion of the dough ball. This immediate expansion allows the formation of a dough ball with a more uniformly round shape and also eliminates the formation of a dimple on the resulting dough ball that exits the rounder.

Abstract: The present invention provides a dough transport device having an improved dough pump, an improved manifold for dividing dough, and a rotational cutter for cutting dough into pieces of uniform shape and size. The present invention also provides a method of using and cleaning a dough transport device.

Abstract: The present invention provides a dough transport device having an improved dough pump, an improved manifold for dividing dough, and a rotational cutter for cutting dough into pieces of uniform shape and size. The auger dough pump operates using a auger which is tapered to provide for more efficient control over the transport of the dough. Further, the rotational cutter cooperates with a curved face of each outlet nozzle in the manifold to provide for a curved dough shape upon initial cutting of the extruded dough.