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The increasing rate of challenges and competitions that face industrial projects alongside the vast fluctuations in the various related variable, whether human, material or economic nature, have forced decision-makers and researchers to examine all the related technological production dimensions. The three-dimensional 3D array of technological production is formalized and examined in comparison with the relevant two dimensional 2D and one-dimensional 1D ones. The analysis of the general principals of conventional technological systems and the theoretical productivity of technological systems with different types of capacity technological areas were used as the base in order to develop a qualitatively new high efficient, continuous action, low-cost technological system. Flow-helical technological module FHTM was developed in order to ensure an effective solution for a complex automated production processes scheme that ensures sufficient rising of technical and economic indices of manufacturing for a wide range of industries.

Mathematical development of an efficient three-dimensional workflow for industrial manufacturing systems