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 MAG is currently manufacturing a customized magnetic lifter with a rated lifting capacity of 7 tons, specifically designed for vertical steel plate handling applications.
Customized Magnetic Lifter for Heavy-Duty Applications
This project features an electro-permanent magnetic lifter engineered to securely lift heavy steel plates in a vertical position. The lifting beam combines high-performance electro-permanent magnetic technology with a robust structural design, providing strong and reliable holding force while consuming power only during magnetization and demagnetization. Once magnetized, the magnetic lifter maintains its holding force without continuous power, helping improve operational safety while reducing energy consumption.
Every stage of production—from structural fabrication and assembly to electrical integration and functional testing—is carefully controlled to ensure the system meets the demanding requirements of heavy-duty industrial environments.
Reliable Performance for Modern Material Handling
Designed for integration with overhead cranes, the magnetic lifter enables efficient and stable vertical transportation of steel plates throughout the production process. Compared with conventional lifting methods, the electro-permanent solution reduces manual intervention, improves handling consistency, and supports safer material movement in daily operations.
As industries continue to pursue higher levels of automation and workplace safety, customized magnetic lifters are becoming an increasingly important solution for modern steel handling. This 7-ton project reflects HVR MAG’s commitment to developing application-specific lifting systems that combine reliable performance, operational safety, and long-term durability for demanding industrial applications.
