ROBOTIQ CNC Machine Tending Kit Instruction Manual page 102

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x rotation: x rotation from the robot's base frame to the detected object feature reference frame. The object's X axis is parallel to the
workplane on which the calibration has been performed.
y rotation: y rotation from the robot's base frame to the detected object feature reference frame. The object's Y axis is parallel to the
workplane on which the calibration has been performed.
z rotation: z rotation from the robot's base frame to the detected object feature reference frame. The object's Z axis is normal to the
workplane on which the calibration has been performed, points downwards from it, into the workplane.
Info
If you move the robot's TCP to the object_location pose, the TCP will go and point the object on the workplane. The height
value of the object on the workplane should not be taken into account - the TCP might be directly on the object when moving
it to the object_location pose.
Program Example
The program examples below show how to use the object_location pose variable.The first one simply moves the robot so that the TCP
goes directly on the detected object. Make sure the TCP is set properly to avoid collisions.
The second example moves the robot so that the TCP goes 20 cm above the detected object. This is in the case of an horizontal plane.
Robotiq CN C M achine Tending Kit Instruction M anual
Fig. 6-24: Program example: place the TCP on the detected object.