the plates and allowing a serpentine flow for an even uniform pressure balance and improved fluid distribution stacked u201c bridged u201d plates with small serpentine flow throughways can also be strategically constructed as built in filters to material passing through the plates the interchangeability aspects of the plates allows for a variety of configurations to be employed these variations include but are not limited to changing the size of the extrusion changing the rpm speed of the spinning head shaft altering the fiber diameter altering the volume of the extrusion varying the pressure of the device or varying the temperature extrusion for the purpose of this invention a fiberizer is known by its common term in the art that being a device which produces fibers the present invention allows a variety of flow patterns distribution paths this pattern path can be easily altered by changing the spinning plate configuration whereas the prior art die method does not easily allow changes due to the complexities and costs in manufacturing such a setup particularly with serpentine flow stacked plate assemblies through conventional milling and drilling would be impossible to machine the plates of the device are easily separated to allow cleaning of the extrusion path if clogging occurs during use as the material moves through the extrusion channel or slots the plates and or spacers allow for cleaning by removal of the plates this cleaning may be required during normal operation or may.