In this technical session, we will walk through how termination types influence robot motion when programming FANUC robots, with a strong focus on how those choices affect path accuracy and cycle time. Understanding termination behavior is a core part of building efficient, predictable robot programs, and this video is designed to help connect what you set in the program to what the robot actually does on the floor.
We will start by establishing what termination types are and why they matter. From there, we will explore how the robot transitions between taught points, when it fully stops to achieve a position, and when it blends motion to improve performance. Using FANUC ROBOGUIDE and the Motion Pro plug in, we will visually analyze TCP traces and speed profiles so we can clearly see how different terminations change the robot’s path.
Throughout the video, we will compare fine and continuous motion, including a practical look at how fine compares to CNT zero. We will then build on that foundation by adjusting CNT values and examining how changes from low to high settings impact corner rounding, point accuracy, and overall motion flow. Rather than relying on theory alone, we will review concrete examples that show how even small parameter changes can produce noticeable differences in robot behavior.
We will also look at how program speed and approach angles interact with termination settings. By reviewing multiple motion scenarios, we will see how higher speeds, tighter angles, and different point layouts influence how closely the robot follows taught positions. This leads into a discussion of advanced constant path options, where we will introduce corner region and corner distance and explain when each is the better choice.
Finally, we will cover an often overlooked factor that has a real impact on path accuracy: payload configuration. Seeing how payload affects corner rounding and path execution reinforces why accurate setup matters both in simulation and in real world applications.
This video is ideal for anyone looking to fine tune robot performance without sacrificing reliability.
Requirements to follow along
- Familiarity with basic FANUC robot programming concepts
- Access to FANUC ROBOGUIDE and Motion Pro
- A general understanding of robot speed and payload settings
What we will learn
- How different termination types affect robot path and cycle time
- The practical differences between fine, CNT, CR, and CD
- How CNT values influence corner rounding and accuracy
- Why speed, payload, and approach angle change robot motion
- When to prioritize accuracy versus throughput in real applications
If you are looking to make smarter programming decisions and better understand how FANUC robots execute motion, this session provides a clear and visual foundation that will immediately apply to your day to day work.
