Cell production is a manufacturing approach that involves organizing work into small, self-contained units or cells. Each cell is responsible for producing a specific part or component, and all the necessary equipment and materials are typically located within the cell to allow for rapid and efficient production.

One key advantage of cell production is that it allows for flexibility and customization. Cells can be reconfigured or modified relatively easily to accommodate changes in demand or product design, which allows manufacturers to respond quickly to changing market conditions.

Cell production is also generally more efficient than traditional production methods, as it allows for the simultaneous processing of multiple parts and components. This can help to reduce lead times and increase overall productivity.

Examples of industries that commonly use cell production include aerospace, automotive, and consumer electronics. For example, an aerospace manufacturer might use cell production to manufacture aircraft components, with each cell responsible for producing a specific type of component such as wing panels or fuselage sections. Similarly, an automotive manufacturer might use cell production to produce car parts, with each cell focused on a specific type of part such as engines or transmission components.

Overall, cell production is a flexible and efficient manufacturing approach that is well-suited to a wide range of industries and applications.