In modern manufacturing, the transition to automated cells requires end-of-arm tooling that is both precise and non-invasive. We recently collaborated on a project where our Magnetic Gripper technology was integrated into a robotic system for a specific task: handling 20kg workpieces for fuel tank assembly. The robotic cell was designed […]

In modern manufacturing, the efficiency of material handling is a cornerstone of productivity. Within steel fabrication and processing, the movement of H-Beams presents unique challenges, particularly as industries move towards full automation. This case explores the application of a specialized Magnetic Workholding System within an automated gantry system. The Application:

Recently, we designed a special Magnetic Workholding system for our customer in India market. They have the requirement for Magnetic Gripper, and they need to move high-temperature steel plates (with workpiece temperatures reaching up to 350-400 degrees) by robot arm in their automation line. There are the dimension of the

In today’s rapidly evolving industrial environment, automation drives modern manufacturing efficiency. Magnetic Grippers in Robotics specializes in designing. And producing high-performance electro-permanent magnets that bring reliability, flexibility, and intelligence to automated production systems. Our products meet the growing demands of Industry 4.0, offering innovative and efficient solutions for handling, positioning,

In industrial automation, the handling of ring-shaped components presents unique challenges, particularly when precision and reliability are critical. One of our clients, specializing in precision manufacturing, previously relied on Magnetic Gripper systems for lifting and transferring metallic rings using robotic arms. However, they encountered persistent issues with frequent failures and