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THE COMPLETE GUIDE

End-of-Arm Tooling for Robotic Automation

End-of-arm tooling (EOAT) is the component that connects a robot to the work it performs. This guide explains what EOAT is, the main types, and how to choose the right tooling for packaging, pick and place, and bottle handling applications across Europe.
DEFINITION

What Is End-of-Arm Tooling?

End-of-arm tooling, often shortened to EOAT, is the device mounted at the end of a robotic arm that physically interacts with the product. It is the hand of the robot. Whether a robot is picking cartons, gripping bottles, or placing delicate components, the end-of-arm tooling is what makes the task possible.

The right end-of-arm tooling directly affects throughput, reliability, and product quality. A tool that is too heavy slows the robot down. A tool that grips poorly causes drops and downtime. This is why EOAT is one of the most important decisions in any robotic automation project, and why it deserves the same attention as the robot itself.

Types of End-of-Arm Tooling

End-of-arm tooling comes in several forms, each suited to specific handling challenges. Our range covers the most widely used EOAT types for European production lines.
Vacuum grippers end-of-arm tooling

Vacuum Grippers

Suction-based end-of-arm tooling for handling flat, fragile, and irregular products. Includes the Spider Gripper and Area Surface Gripper for high-speed pick and place and palletizing.

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Automatic carton erector end-of-arm tooling

Carton Erecting Tools

The Automatic Carton Erector (ACE) is a 3-in-1 robotic tool that erects, fills, and palletizes cartons in a single end-of-arm tooling system for packaging automation.

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External bottle gripper end-of-arm tooling

Bottle Grippers

The External Bottle Gripper (EBG) is purpose-built end-of-arm tooling for high-speed bottle handling across beverage, pharmaceutical, and cosmetic production lines.

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Looking for the full catalogue? Browse all of our end-of-arm tooling solutions.
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How to Choose the Right End-of-Arm Tooling

Selecting end-of-arm tooling comes down to four key considerations. Working through them helps you match the right tool to your application.
01

Define Your Product and Surface

The shape, weight, material, and surface of the product you are handling determine the right end-of-arm tooling. Flat or porous surfaces, fragile items, and irregular geometries each call for a different gripping approach.

02

Match the Robot and Payload

Lightweight end-of-arm tooling maximizes the payload and speed available to your robot. Confirm that the tool weight, mounting interface, and reach suit your cobot or industrial robot.

03

Consider Cycle Speed and Throughput

High-speed lines need end-of-arm tooling engineered for fast, repeatable cycles. The right tool reduces changeover time and keeps your line moving without sacrificing grip reliability.

04

Plan for Flexibility and Maintenance

Modular end-of-arm tooling that handles multiple product formats without changeover lowers long-term costs. Look for designs with quick tool change and low maintenance requirements.

WHERE EOAT IS USED

End-of-Arm Tooling Applications

End-of-arm tooling is used across nearly every automated handling task in modern manufacturing. Common applications include packaging automation, pick and place, palletizing and depalletizing, bottle handling, carton erecting, and case packing.

The versatility of EOAT is what makes robotic automation practical across so many industries, from food and beverage to pharmaceutical, logistics, and consumer goods. See how our tooling applies to your sector.

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End-of-Arm Tooling and Robot Compatibility

Our end-of-arm tooling is engineered to integrate with all major collaborative and industrial robot brands, including Universal Robots, FANUC, KUKA, ABB, Yaskawa, Doosan, Techman, and Omron. Whatever robot platform your line runs on, our EOAT is built to mount, communicate, and perform without compromise.

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