Commonly made of carbon fiber or high-grade aluminum, these arms extend and retract like a telescope. They are incredibly lightweight and ideal for small workspaces where floor or bench space is at a premium. Linear Arms

Even a perfect arm fails if the system is designed incorrectly.

When a tool reaches its target torque, the motor stops. Physics dictates that an equal and opposite force is transferred back to the operator’s hand, wrist, and arm. A torque reaction arm intercepts this force, channeling it into the workstation structure rather than the worker’s body. Why Your Facility Needs Torque Reaction Arms 1. Ergonomics and Injury Prevention

The robot manufacturer was thrilled with the result. They installed the torque reaction arm on their robot, and it performed flawlessly. The robot's movements were smooth and precise, and it was able to operate with increased speed and accuracy.

Measure the furthest point the operator needs to reach. Don't forget to account for vertical "stroke" (the up-and-down movement).

Featuring multiple joints (elbows), articulated arms provide the greatest range of motion. They allow the operator to reach around obstacles or into deep cavities, making them a favorite for complex engine or chassis assembly. Choosing the Right Arm: Key Considerations

The current evolution is the "Smart Reaction Arm." These units no longer just block torque; they sense it.

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