Pick and Place manipulators are non-servo devices that use pneumatic actuators to move parts from one place to another.

Pick and Place manipulators are non-servo devices that use pneumatic actuators to move parts from one place to another.

• A. False
• B. Depends on configuration
• C. True
• D. Not applicable

Answer: (C)

The idea being tested is how the motion drive in a pick-and-place system is typically implemented. In many basic automation setups, the end effector is driven by a pneumatic cylinder. That means it relies on compressed air to extend and retract, delivering fast, simple actuation without closed-loop position feedback. Because there’s usually no servo feedback control, such systems are considered non-servo devices. They’re well suited for repeatable, repetitive placement tasks where extreme positioning precision isn’t required, which is why the statement—describing pick-and-place manipulators as non-servo devices using pneumatic actuators—fits the common, straightforward implementation. There are configurations that use servo motors or electric drives for higher precision and control, but the question reflects the common characterization of many basic pick-and-place machines.

The idea being tested is how the motion drive in a pick-and-place system is typically implemented. In many basic automation setups, the end effector is driven by a pneumatic cylinder. That means it relies on compressed air to extend and retract, delivering fast, simple actuation without closed-loop position feedback. Because there’s usually no servo feedback control, such systems are considered non-servo devices. They’re well suited for repeatable, repetitive placement tasks where extreme positioning precision isn’t required, which is why the statement—describing pick-and-place manipulators as non-servo devices using pneumatic actuators—fits the common, straightforward implementation.

There are configurations that use servo motors or electric drives for higher precision and control, but the question reflects the common characterization of many basic pick-and-place machines.