What programming language is most commonly associated with FANUC robots?

The programming language most commonly associated with FANUC robots is KAREL. KAREL is specifically designed for FANUC's robotics systems, providing a powerful and flexible environment for developing and controlling robot applications. Its syntax is tailored to the unique functionalities and operational needs of robot control, making it an ideal choice for programming tasks such as defining robot motions, managing inputs and outputs, and handling complex automation processes.

KAREL allows for structured programming, which aids in the development of complex applications while enhancing readability and maintainability. This is particularly important in industrial automation, where precision and reliability are critical.

In contrast, while languages such as Python, C++, and Java are widely used in various programming fields, they are not tailored specifically for robot programming in FANUC's ecosystem. Companies that use FANUC robots typically rely on KAREL to capitalize on its direct integration with FANUC hardware and its ability to leverage the specific features designed for efficient operation in robotic applications.