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In pneumatic systems, speed control is fundamental for the proper operation of actuators and other components. The accurate statement that it is often adjustable via manual controls highlights the flexibility and adaptability needed in various industrial applications. By utilizing adjustable manual controls, operators can finely tune the speed of pneumatic devices, enabling precise movements and performance tailored to specific tasks.

This capability is essential as it allows for increased efficiency in operations. Real-time adjustments to speed can be necessary depending on the material being handled, the complexity of the task, or changes in production requirements. Being able to modify speed directly enhances operational responsiveness.

In contrast, some of the other statements inaccurately reflect the significance and characteristics of speed control. For example, saying speed control is less important than pressure control does not take into account that both are crucial for ensuring a balanced and effective pneumatic system. Moreover, the assertion that speed control only affects airflow neglects its implications on the function of the entire system, including impact on force and efficiency. Lastly, claiming that speed control is typically set at the factory and not adjustable overlooks the importance of adaptability in the field, which is a key feature of many pneumatic systems.