What defines the success of robot calibration?

The success of robot calibration is best defined by the alignment of the robot's movements with established standards. Calibration ensures that the robot can perform tasks with precision and accuracy by adjusting its parameters to match predefined values. This is crucial in ensuring that the robot operates within the correct operational envelope, allowing it to execute its designated functions effectively and reliably. When movements are aligned with standards, it minimizes errors and enhances overall performance, leading to a more functional automation system.

In contrast, while reducing task complexity, increasing programming tasks, or enhancing physical strength can be beneficial in certain contexts, they do not fundamentally address the necessity of ensuring that a robot's movements are accurately calibrated to meet operational benchmarks. These factors may influence other aspects of robotic operation but do not directly define the calibration's success.