How Termination Type Affects Robot Path and Cycle Time
Explore FANUC robot termination types and see how fine, CNT, CR, and CD settings affect path accuracy, corner rounding, and cycle time.
Adam showcases a practical application of ROBOGUIDE for a quick reach study in a palletizing scenario using the FANUC M-20iD/35 robot. He emphasizes the critical balance of selecting the right robot size, avoiding unnecessary overspending. Through iterative adjustments within ROBOGUIDE, Adam demonstrates how strategic layout modifications, like raising the robot on a riser, and tooling adjustments, such as adding a 30-degree wedge to the gripper, effectively resolve reach and singularity issues. This visual and interactive approach confirms the robot's capability to palletize a 48-inch pallet, illustrating how an 18-minute session in ROBOGUIDE can potentially save $10,000 by optimizing the robot's configuration instead of opting for a more expensive model.
Explore FANUC robot termination types and see how fine, CNT, CR, and CD settings affect path accuracy, corner rounding, and cycle time.
Learn how FANUC user frames simplify robot programming, enable quick recovery, and improve accuracy by aligning motions to fixtures.
Learn how to teach a coordinated pair with a single axis positioner, covering setup, calibration, and validation for FANUC robots.
Learn how to teach a coordinated pair with a two-axis positioner using FANUC robotics. Step-by-step setup, calibration, and verification.
Learn how to set accurate UTOOL offsets for custom grippers in PalletTool 3, including X, Y, Z, and R values for multi-zone setups.
Discover how mixed logic simplifies IO control and boosts automation efficiency. Learn autoexec programs, background logic, and markers.