What key aspect does global optimization consider in manufacturing?

Global optimization in manufacturing focuses on the concept of overall process efficiency. This approach takes into account the entirety of the manufacturing process rather than optimizing individual components or steps in isolation. By analyzing the whole system, global optimization seeks to maximize performance, minimize costs, and maximize the use of resources throughout the manufacturing cycle. This comprehensive perspective is essential in identifying interdependencies and potential improvements across different phases of production, leading to enhanced productivity and reduced waste.

While other aspects like material characteristics, specific manufacturing steps, and equipment calibration are important, they tend to be viewed from a more localized or tactical standpoint rather than the holistic approach required for global optimization. This distinction is crucial, as greater efficiencies can often be achieved by considering the manufacturing process as a whole, rather than isolating improvements to singular elements.