Which types of movements can FANUC robots perform?

FANUC robots are designed to perform a variety of movements, including both linear and rotational motions. This capability allows them to execute complex tasks in manufacturing and automation processes. Linear movements refer to straight-line actions along a defined path, which are critical for tasks like picking and placing items or moving through a workspace. Rotational movements enable FANUC robots to orient tools or components, facilitating operations such as assembly or welding where the angle of approach is essential.

The versatility of being able to perform both linear and rotational movements is what makes FANUC robots highly effective in various applications, optimizing efficiency and flexibility in production environments. This dual capability provides the foundation for tasks that require precision and adaptability, which are cornerstones in modern robotics.

The other options are limited in scope; focusing on only linear or only rotational movements would restrict the functionality of the robots, preventing them from performing the comprehensive range of tasks that industrial applications demand. Vertical movements alone would not encompass the necessary versatility required for diverse automation needs, which further highlights why the combination of linear and rotational movements is crucial for FANUC robots.