Which programming language is primarily used in FANUC for advanced robot programming?

The programming language primarily used in FANUC for advanced robot programming is KAREL. KAREL is specifically designed for the control and operation of industrial robots and automation systems. This high-level programming language allows users to easily create complex robotic applications, enabling the handling of advanced tasks like path planning, algorithm development, and system integration.

KAREL's syntax and structure are tailored to accommodate various robotics functions, including motion control, input/output operations, and more, which are essential for programming proficiently in a FANUC environment.

The other languages mentioned, while related to programming in different contexts, do not serve the same purpose in FANUC robotic applications. G-Code is primarily utilized in CNC machining contexts, focusing on machine movement and pathways rather than sophisticated robotic programming. C-Code may refer to C language programming in a general sense, which is not specifically designated for FANUC robotics. Ladder Logic is mainly used in PLC programming for industrial automation but lacks the advanced capabilities needed for comprehensive robotic tasks. Thus, KAREL stands out as the advanced tool for proficient robot programming in the FANUC ecosystem.