Fanuc Robot Wpr Today

FANUC’s advanced software allows you to link a WPR to a seam tracking sensor. For example, if a laser tracker detects the gap increasing from 3mm to 5mm, the robot can automatically change WvAM from 2.5mm to 4.5mm mid-weld. This requires using WPR_OFFSET commands in your logic.

WPR values are always relative to a specific frame, such as the World Frame (the robot's fixed base) or a User Frame (a custom coordinate system defined for a specific workpiece).

You can pull specific orientation values into numerical registers (R) to manipulate them. For example, R[1] = PR[i, 4] pulls the Yaw (W) value. Tool Offsets: Tool Offset fanuc robot wpr

WPR values are typically stored and manipulated using .

For WPR, the 5th/6th config digits may behave differently – consult your robot’s HandlingTool manual. FANUC’s advanced software allows you to link a

The orientation of a FANUC robot is represented by three angles—, P (Pitch) , and R (Roll) —which define how the robot's Tool Center Point (TCP) is rotated around the X, Y, and Z axes of a Cartesian coordinate system. Understanding WPR Orientation

The WeaveEnd command embedded in the motion line ( WeaveEnd ) tells the robot to stop oscillating precisely before moving to the next point. If you forget this, the robot will weave during air moves, potentially crashing the torch. WPR values are always relative to a specific

FANUC robots use a specific sequence to calculate orientation: .