In modern manufacturing, automated handling of cylindrical shaft components requires accuracy, stability, and intelligent control. At HVR MAG, we design advanced electro-permanent magnet solutions tailored for robotic integration. In this project, our magnetic system worked seamlessly with an automated robotic arm and vision system to create a high-performance magnetic gripper in robotics application for round shaft workpieces.
The customer needed to pick up cylindrical shafts, perform a flipping action during transfer, and then place each part precisely in a designated position. HVR MAG engineered a compact electro-permanent magnetic gripper that integrates directly with the robotic arm. Guided by the vision system, the robot identifies the exact location and orientation of each shaft. The magnetic gripper quickly activates to secure the workpiece, maintains strong holding force during rotation and flipping, and ensures accurate placement at the target station without manual correction.
Key Advantages of HVR MAG Magnetic Gripper
Our magnetic gripper in robotics solution delivers:
Strong and stable magnetic force to securely hold cylindrical shafts during lifting and flipping
Instant magnetization and demagnetization for fast robotic cycle times
Fail-safe holding performance, maintaining clamping force even during unexpected power loss
Precise single-part gripping, preventing accidental pickup of multiple components
Compact and lightweight design, ideal for robotic arm integration
By combining electro-permanent magnet technology with robotic automation and visual positioning, HVR MAG helps manufacturers improve precision, reduce handling errors, and increase production efficiency. The magnetic gripper in robotics not only enhances operational safety but also ensures consistent, repeatable placement accuracy, even in complex movements such as rotation and inversion. This project demonstrates how intelligent magnetic solutions empower smart factories with reliable and efficient automated material handling.
