Question 5

Product layout gives the highest product throughput when demand is stable and volume is high.

A product layout is designed for high-volume production and is particularly effective when demand is stable, allowing for streamlined operations and maximum efficiency.

A) Fixed-position layout

A fixed-position layout is typically used for large, bulky products that are difficult to move, such as ships or buildings. While it may be suitable for specific projects, it does not support high product throughput effectively since workflow can be disrupted by the need for moving materials and tools around the fixed product.

B) Process layout

A process layout arranges workstations based on the type of process they perform, which is advantageous for low-volume, varied products. However, this layout can lead to increased handling time and inefficiencies, making it unsuitable for achieving the highest throughput when demand is stable and high.

C) Product layout

A product layout organizes workstations in a sequential manner that follows the production process, which is ideal for high-volume production. This arrangement minimizes movement and handling time, thereby maximizing throughput when demand is stable and volume is high.

D) Cellular layout

A cellular layout groups different types of machines into cells that work on similar products, improving efficiency for varied production. While beneficial for some scenarios, it does not achieve the same level of throughput as a product layout when demand is consistently high.

Conclusion

The product layout is definitively the best choice for maximizing throughput under conditions of stable and high demand, as it promotes efficiency through streamlined processes. In contrast, the other layouts—fixed-position, process, and cellular—either cater to different production needs or introduce inefficiencies that hinder overall output.