What manufacturing approach connects processes directly to final assembly?

The linked-cell shop manufacturing approach is a system designed to enhance efficiency by closely connecting the various processes involved in manufacturing to the final assembly. This method organizes workstations in a way that allows multiple processes to occur near one another, facilitating smoother transitions and reducing the time and movement associated with transporting materials between steps.

By reducing the distance that components must travel, the linked-cell shop minimizes delays and potential for errors, optimizing the overall workflow. It supports flexibility and can more easily adapt to changes in production needs or product designs, making it an effective choice for environments where products may vary frequently or custom orders are common.

In contrast to other methods like traditional production, project shops, or batch processing, linked-cell shops are particularly focused on overall system efficiency and direct links to assembly, which is why it is recognized as the most suitable manufacturing approach for connecting processes directly to final assembly.