Which programming paradigm is primarily employed in FANUC robots?

FANUC robots primarily use structured programming as their programming paradigm. This approach emphasizes a logical and sequential method to define instructions, making it easier to plan, develop, and debug programs. In structured programming, the code is organized into small, manageable blocks or structures, which improves clarity and maintainability. This programming style is particularly well-suited to the repetitive and predictable nature of industrial robot tasks, allowing programmers to create reliable automation code that clearly dictates the robots' operations.

The other programming paradigms mentioned do not align as closely with FANUC's approach. Object-oriented programming focuses on creating objects that represent data and behaviors, which may not be essential for the straightforward control tasks required in robotic programming. Dynamic programming is typically used for optimizing algorithms in complex scenarios and is less applicable in the robotic context where predictable, structured control is necessary. Graphical programming, while useful for visual representation, does not typically encompass the rigor and structured approach needed for consistent, high-performance robot operation. Thus, structured programming is the most relevant and effective choice for programming FANUC robots.