Mining Equipment manufacturers constantly seek better tools to improve their production efficiency. They need efficient, safe solutions, and magnetic lifters offer significant benefits. Let’s see a real example. A Chinese Equipment manufactures of mining machinery. They handle heavy steel plates daily. Previously, they have purchased 2 sets magnetic lifters from HVR MAG. Recently, they ordered […]

Permanent lifting magnets are common in mechanical equipment factories. Workers use them to move heavy steel plates. However, these magnets often create significant problems. Understanding these issues helps companies improve safety and efficiency. Permanent Lifting Magnets Disadvantage Firstly, permanent lifting magnets lack adjustability, Factories handle plates of varying thicknesses. For

Outdoor steel plate unloading is tough. Workers face daily risks, traditional methods often fail, hooks are common but unsafe. Plates can fall, causing injury, furthermore, the process is slow. Finding the right lift points takes time. Positioning wood blocks adds steps, which frustrates workers greatly. Steel Plate Unloading Problem Nuclear equipment makers

Traditional steel plate ship unloader at ports often relies on manual hooking. This method is cumbersome and labor-intensive. Furthermore, busy periods demand even more workers. Therefore, ports urgently need smarter steel handling solutions. Magnetic Ship Unloader A Nanjing Port faced these exact challenges. They handled large steel plates (6-14m long, 1.5-3.5m wide, 6-60mm thick). Previously,

For years, automatic permanent magnetic lifters moved steel in shipyards like a Chianese Yangzhou shipyard. However, these traditional tools face significant challenges after long usage. Consequently, many shipyards seek better solutions to handle the steel plate or parts. Permanent Magnetic Lifters Persistent Problems Firstly, automatic permanent magnetic lifters rely on complex mechanics. Over