Magnetic lifting systems are widely used for handling steel plates, blocks, billets, and other ferromagnetic materials. Two common technologies are electromagnetic lifting magnets and electro-permanent lifting magnets. Although both use magnetic force to lift steel, their working principles, power consumption, and behavior during power loss are different. How Does an […]

Power failure is one of the most common concerns when using magnetic lifting equipment. When a steel plate is suspended above the ground, many users naturally ask: Will the load fall if the power is suddenly cut off? The answer depends on the type of magnetic technology being used. An

Magnetic lifter is a material handling system which designed to lift and move ferromagnetic materials such as steel plates, pipes, bars, beams, and fabricated steel components. Unlike mechanical lifting equipment that relies on hooks, chains, or slings, a magnetic lifting system uses magnetic force to hold the workpiece. Among different

Choosing the right lifting magnet is essential for improving safety, efficiency, and productivity in steel handling operations. Whether you are lifting steel plates in a service center, loading materials onto a laser cutting machine, handling large plates in a shipyard, or moving structural steel in a fabrication workshop, the right

Project Background: Safe and Efficient Magnetic gripper for Vertical Plate Handling Vertical steel plate handling is a common requirement in industries such as steel service centers, shipbuilding, heavy equipment manufacturing, and metal fabrication. Compared with horizontal lifting, vertical handling places higher demands on lifting stability, safety, and load control. HVR