Apparatus processes seem to be just as susceptible to logistical optimization as others. However, they are less flexible in terms of interaction, and therefore less susceptible to ongoing regulation. At the same time, they usually realize a correspondingly larger production volume, thus involving relatively significant capital values in processing. They therefore require carefully considered control and precise monitoring of their progress, which in differentiating systems with extensive cooperation should be implemented mainly from the level of production domain management. The basis for this should be a carefully constructed, sufficiently reliable normative database regarding material consumption as well as processing and transfer times. Attention must also be paid to the precision and speed of process control as an essential condition for appropriately directed and effective regulation of activities on the scale of the entire production system and its individual parts.
Properly linking the two tasks: efficient movement of materials in processing operations and their effective transformation into finished products requires carefully considered control of the production system’s activities, especially when it exhibits significant complexity and numerous cooperative couplings. This is often the case in apparatus processes with distinct phases located in individual operational units (departments), forming a specific internal cooperation system. It is then necessary to efficiently solve the problems of interaction between such units in the processes of accumulating materials, transforming them into products, and transferring them within chains of cooperative links.
The article comes from the magazine “Logistyka” 6/2004.