iRVision Locator Tools

Locator tools are at the core of every successful FANUC iRVision application. In this iRVision Tech Short, we will go over the purpose of iRVision locator tools, how they help identify target locations, and why selecting the right locator is essential for accurate robot guidance.

iRVision offers a wide range of 2D and 3D locator tools that are designed for different applications and vision process requirements. In this video, we will explore the role locator tools play within a vision process and review several examples of the tools available across both 2D and 3D environments. We will also discuss the differences between 2D and 3D locating methods, including how target positions are measured and reported for robotic applications.

Along the way, we will look at some of the most commonly used locator tools in iRVision, including the GPM Locator, which is widely used in both 2D and 3D applications. We will examine real-world examples that demonstrate how locator tools identify targets, establish reference origins, and provide positional information that can be used to guide a robot accurately.

This overview is designed to help users better understand the capabilities of iRVision's locator technology without diving into the detailed configuration steps covered elsewhere. Whether you are new to machine vision or looking to expand your understanding of FANUC iRVision tools, this video provides valuable insight into one of the most important components of a vision-guided robotic system.

Requirements:

• FANUC robot system with iRVision
• Basic understanding of robotic vision concepts
• Access to the iRVision Operator's Manual
• Familiarity with 2D or 3D vision applications is helpful but not required

What You Will Learn:

• What locator tools are and how they function within iRVision
• The differences between 2D and 3D locator tools
• Why target location data is critical for robot guidance
• Common examples of available locator tools in iRVision
• When different locator tools may be used for different applications
• How 2D location data differs from 3D position data
• Why the GPM Locator is one of the most widely used locator tools
• Where to find additional information about locator tools and vision process capabilities

If you want to build a stronger understanding of FANUC iRVision, machine vision guidance, 2D vision systems, and 3D vision applications, this Tech Short provides a practical introduction to the locator tools that help robots find and interact with parts accurately and efficiently.