Abstract: Improved apparatus and methods for making substantially crisp, clean, uniform cuts or slices from fibrous foodstuffs using a motorized food processing device with a unique cutting assembly, such that the foodstuffs are supported by the cutting assembly in a manner that lessens the potential for pulverization of the foodstuffs upon cutting. The invention can include a rotary cutting assembly having a rotary cutting blade and a blade spacer. The cutting blade can include a first cutting edge extending radially from a central portion of the rotary cutting blade. The blade spacer can include an opening adjacent to the first cutting edge of the blade for cut foodstuffs to pass through. The opening can also include a peripheral edge, a portion of which can be substantially aligned with the first cutting edge. The rotary cutting blade and blade spacer can be coupled to a rotatable hub, which can be adapted to engage a drive motor to rotate the rotary cutting assembly.

Abstract: Improved apparatus and methods for making substantially crisp, clean, uniform cuts or slices from fibrous foodstuffs using a motorized food processing device with a unique cutting assembly, such that the foodstuffs are supported by the cutting assembly in a manner that lessens the potential for pulverization of the foodstuffs upon cutting. The invention can include a rotary cutting assembly having a rotary cutting blade and a blade spacer. The cutting blade can include a first cutting edge extending radially from a central portion of the rotary cutting blade. The blade spacer can include an opening adjacent to the first cutting edge of the blade for cut foodstuffs to pass through. The opening can also include a peripheral edge, a portion of which can be substantially aligned with the first cutting edge. The rotary cutting blade and blade spacer can be coupled to a rotatable hub, which can be adapted to engage a drive motor to rotate the rotary cutting assembly.