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Why Are Robotic Gripping Systems Preferring High-Clamping Force Grippers?

2024-04-14
Latest company news about Why Are Robotic Gripping Systems Preferring High-Clamping Force Grippers?

As robotics continues to reshape industrial automation, gripper selection plays a critical role—especially in sheet metal transfer, assembly, and die handling. Traditional grippers often fail to securely hold curved or slippery surfaces, leading to dropped parts and misalignment.

Brisk pneumatic automation grippers provide a robust solution. Their high clamping force minimizes slippage, while the built-in self-locking mechanism ensures secure grip even during air loss. This enhances robotic stability and path accuracy—especially important for robots operating at high speeds or under varying loads.

In collaborative robot setups, Brisk grippers are lightweight, compact, and compatible with a wide range of EOAT mounts. Their automated sheet metal gripping modules support sensor-based feedback and modular jaw replacement, enabling fast adaptation and smart integration with robotic control systems.