Servo Gun Setup - Servogun Diagnosis Package
Discover FANUC’s Servo Gun Diagnosis Package and learn how predictive maintenance improves weld gun health, reliability, and performance.
Adam with FANUC introduces the concept of parallel processing, demonstrating how FANUC robots can run multiple programs and tasks simultaneously without interrupting the main motion. Using the 'Horizontal' motion program and a light-flashing 'Blink' program as examples, Adam shows that a standard 'CALL' instruction causes the robot to stop while the sub-program executes. To achieve true parallel operation, he reveals a two-part solution: first, the 'Blink' program is removed from the motion group (Group 1) in the program details, and second, the 'CALL' instruction is replaced with the 'RUN' command from the multiple control options. This allows non-motion tasks—such as firing a vision camera, sending status updates, or other I/O control—to run concurrently, ensuring the robot's production speed is never compromised.
Discover FANUC’s Servo Gun Diagnosis Package and learn how predictive maintenance improves weld gun health, reliability, and performance.
Discover how FANUC’s Automatic Error Recovery keeps robots running by minimizing downtime with smart recovery methods and easy setup.
Explore AP_LD and RT_LD techniques that guarantee linear motion, improve pick-and-place accuracy, and optimize robotic performance.
Learn the essentials of spot instruction for servo guns, including setup, pressure tables, thickness measurement, and gun sag compensation.
Learn how to perform accurate servo gun pressure calibration with FANUC tools. Improve weld quality and optimize robot performance.
Boost automation with Python on FANUC R-50iA controllers. Learn script execution, data handling, and integration tips for robotics workflows.