Production Status Screen for iRPickTool-iRPickPRO
Explore what information is available through the iRPickTool/iRPickPRO Production Status page.
The video explains the concept of a tracking frame as a coordinate system for defining the location and direction of travel for a conveyor. It discusses the x, y, and z directions of a tracking frame, as well as how devices such as robots, cameras, and sensors identify the tracking frame's origin using their own coordinate system. The process of teaching a tracking frame for a standard line tracking application is described, including setting up the tracking frame, jogging the conveyor with the target object, moving the robot to point at the target, and recording points. Common errors related to encoder configuration and robot movement during teaching are discussed, and a validation process is recommended to ensure accuracy. The video also covers the process of adjusting or adding a tracking frame for specific conveyor stations, and setting up tracking frames in HandlingPRO.
Explore what information is available through the iRPickTool/iRPickPRO Production Status page.
Learn how to set up circular tracking with FANUC robots for precise part handling, vision inspection, and conveyor-based automation.
This video will investigate what value to use for trigger distance in your iRPickTool system. We also investigate how trigger distance is related to vision process time and conveyor speed.
A brief overview of the Delta, SCARA, and LR Mate series and some extra considerations for high speed picking applications.
This video will investigate strategies to improve the accuracy of a visual conveyor tracking iRPickTool system.