Automatic Error Recovery
Discover how FANUC’s Automatic Error Recovery keeps robots running by minimizing downtime with smart recovery methods and easy setup.
In this video, we’ll go over how to use FANUC’s PalletTool 3 software to quickly build custom palletizing patterns tailored to your specific needs. If you’ve ever found yourself scrolling through the automatically generated patterns and not quite finding the right fit, this walkthrough will show you how to take control and design your own layout with ease.
We’ll start by exploring the Edit Pattern feature, which gives you a visual interface to add, remove, and rearrange boxes on the pallet. You’ll see how intuitive it is to drag and drop boxes into place, with grid lines helping everything stay aligned. And if you need to turn off grid snapping for more flexibility, that’s just a click away.
By the end of this video, you’ll be ready to create any palletizing pattern you need—whether it’s for operational efficiency, environmental requirements, or tooling constraints. The Edit Pattern feature makes it fast and simple to get started.
Discover how FANUC’s Automatic Error Recovery keeps robots running by minimizing downtime with smart recovery methods and easy setup.
The video introduces FANUC's system design tool software option, addressing challenges faced by integrators and the purpose of the tool. It highlights the challenge of propagating settings from one robot to another and the need for basic settings to be consistent across different robots.
Learn how to configure FANUC PalletTool 3 for Multi-Case grippers to boost palletizing efficiency with streamlined setup and smart grouping.
Learn how to operate FANUC PalletTool 3’s Run screen, manage cycles, switch products, and optimize palletizing for smooth production.
Learn how to set up a gripper in PalletTool 3 with tips on payload, UTool, and IO configuration for efficient robotic palletizing.
Learn how to update the AI Box Locator model with annotated images to boost accuracy and optimize vision performance in real-world conditions.