What is the benefit of 'interpolated motion' in FANUC robotics?

Interpolated motion in FANUC robotics is primarily designed to enable smooth movement between multiple points. This functionality is particularly advantageous in complex applications where precise, fluid transitions between positions are necessary. For example, when a robot is required to follow a curved path or make intricate movements that involve multiple waypoints, interpolated motion ensures that the robot's end effector moves smoothly and continuously through those points, minimizing vibrations and reducing stress on both the robot and the materials being handled.

Achieving this level of smoothness allows for enhanced precision and improved cycle times in various applications, such as painting, welding, and assembly, where the quality of the motion directly impacts the end result. The continuous path also leads to better overall quality in tasks that demand high standards, making this feature critical in many industrial settings.

In contrast, other options do not provide the same benefits associated with interpolated motion. Fast, abrupt movements may lead to performance issues and can negatively affect the precision required in many applications. While reducing control requirements could provide efficiencies, it does not directly relate to the benefits of interpolated motion. Lastly, limiting operation only to simple, linear paths would negate the significant advantage of handling complex trajectories that interpolated motion is designed to accommodate.