Advantage of Cellular Manufacturing System:

Better customer service
- Cellular manufacturing systems allow for a more efficient and streamlined production process, resulting in shorter lead times and faster response to customer demands. This leads to improved customer service and satisfaction.

Short throughput
- With the implementation of cellular manufacturing systems, the production throughput time is significantly reduced. This is due to the elimination of time-consuming activities such as material transportation and waiting times. The shorter throughput allows for faster production and delivery of products.

Better quality
- Cellular manufacturing systems promote a higher level of quality control. By grouping similar processes together, it becomes easier to identify and address any issues or defects that may arise during production. The close proximity of workers also facilitates quick communication and immediate problem-solving, leading to better quality products.

Not an advantage: High degree of material handling
- The option 'C' states that a high degree of material handling is not an advantage of cellular manufacturing systems. However, this is incorrect. Cellular manufacturing systems actually aim to minimize material handling as much as possible. The layout of the cells is designed to reduce the distance and time required for material transportation, which reduces the chances of errors, damages, and delays.

In a cellular manufacturing system, workers within a cell are responsible for handling the materials required for their specific processes. This eliminates the need for excessive movement of materials between different departments or workstations, reducing the risk of errors and improving overall efficiency. By minimizing material handling, cellular manufacturing systems can achieve cost savings and improved productivity.

Overall, cellular manufacturing systems offer several advantages, including better customer service, shorter throughput, and better quality control. The incorrect option 'C' suggests a high degree of material handling, which is not an advantage of cellular manufacturing systems.

C