Automatic Error Recovery
Discover how FANUC’s Automatic Error Recovery keeps robots running by minimizing downtime with smart recovery methods and easy setup.
Adam demonstrates setting up the User Tool Frame, or Tool Center Point (TCP), to define the tool's rotation point, which is essential when using custom tooling like an offset vacuum cup. He outlines the three-point teaching method, which requires a fixed reference point to accurately record the tool's position through rotations (ideally 0°, 180°, and 90°). A correctly taught TCP is crucial because it allows the robot to articulate all six axes while holding the tool's working point perfectly still, simplifying path programming. A key benefit is the ability to easily re-teach the TCP to update the tool's position, ensuring all existing programs remain accurate, even if the tool is damaged.
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.
Learn how to set up and execute iRCalibration Vision Frame Set in ROBOGUIDE to improve precision and reduce errors in robotic workflows.