Customized EOAT for Robots

End-Of-Arm Tooling (EOAT) — Givens specializes in providing tailored solutions to suit diverse automation requirements. Whether customers need specific gripper jaws or complete End-Of-Arm Tooling (EOAT) such as end-effectors with additional functionalities like tilts or rotations, our team ensures seamless integration with robots.

For those seeking end-of-arm robotic tooling solutions, our range of pneumatic and electric end-effectors, designed for versatile part manipulation and precise operations, offer a superior level of automation. Givens delivers custom-designed EOAT that offer smooth part handling between operations and accommodate various model variations. 

Experience unmatched precision, reliability, and efficiency with our cutting-edge solutions, including our patent-pending high-capacity electric gripper seamlessly integrated with any robot type for example, ABB robots, and state-of-the-art End-Of-Arm Tooling (EOAT) perfectly suited for diverse industrial applications.

Revolutionize Efficiency with Electric Grippers

Electric Grippers — a game-changer in industrial automation. Engineered with a unique patent-pending spring-loaded grip, these grippers redefine reliability and performance in handling various loads.

The standout features of our Electric Grippers are designed to elevate operational excellence:

  • Robust Grip Stability: With a 4:1 safety factor, these grippers ensure a secure hold even during power loss, maintaining a solid grip for extended periods without power.
  • Adaptive Grip Force: Regardless of load size fluctuations, these grippers maintain a strong hold, allowing for customized grip force by adjusting spring compression.
  • Consistent Force Exertion: As the motor tightens, the grip force intensifies without any reduction, even if the load experiences sudden movements or collisions.
  • Swift and Safe Operation: The gripper jaws close rapidly without any slowdown, and the motor shuts off safely upon meeting a force threshold, preventing overloading.

Precision Controls and Sensing


Our Electric Grippers are equipped with an electric servo motor control center that manages gripper closure, ensuring precise and controlled movements. Material sensing is achieved through Grip Detect and Part Present Sensing methods, offering adaptability for different robotic configurations and handling needs.

  • Grip Detect: Using servo drive output, this method signals the grip status based on electrical current variations, ideal for robots.
  • Part Present Sensing: Utilizing proximity or limit switches, this method detects part absence with precision, catering to applications requiring utmost accuracy and reliability.