What programming language is primarily used for FANUC robots?

FANUC robots primarily utilize KAREL language for programming. KAREL is a high-level programming language designed specifically for robotic applications, providing structured programming capabilities that are suited to industrial automation tasks. It offers functionality tailored to control the actions of FANUC robots, making it efficient for tasks such as path planning, decision-making, and sensor integration.

KAREL's design allows for the creation of complex robotic applications by facilitating easy manipulation of robot movements, input/output management, and logical operations. Its syntax and features are specifically aligned with the requirements of robotic operations, ensuring optimal performance and reliability in factory settings.

While other programming languages like Python, Java, and C++ are widely used in various software development contexts, they are not primarily intended for the programming and control of FANUC robots. KAREL stands out as the dedicated language for these systems, emphasizing its importance and relevance in the domain of robotic automation.