FANUC Robot Certification 2025 – 400 Free Practice Questions to Pass the Exam

When setting the TOOL frame using the 3-point method, choosing the approach direction is crucial for determining how the robot interacts with the workpiece. The correct approach direction for a 45-degree alignment is from the X direction. This is important because the 3-point method involves defining the orientation of the tool based on its interactions with the reference points in relation to the robot's coordinate system.

Approaching from the X direction allows the robot to define a clear and stable reference for the TOOL frame by establishing its position and orientation in space. This method captures the necessary geometric relationships more effectively than other directions, ensuring that the tool's behavior is predictable during operation, particularly in tasks that require precision and repeatability.

The other directional approaches may not align the tool accurately at the specified 45-degree angle, which could lead to imprecise tasks or increase the risk of collisions, as they might not properly set the orientation necessary for specific applications. Thus, the selection of the X direction as the approach ensures successful and accurate tool frame configuration.