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 […]
5 Things to Consider When Choosing a Lifting Magnet? Продолжить чтение »
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
Magnetic Lifter for Vertical Steel Plate Handling: A 7-Ton Lifting Solution Продолжить чтение »
I often see a risky mistake in magnet selection. A buyer asks for ton capacity first. The real lifting condition may already reduce holding force. Air gap affects magnet selection because it reduces effective magnetic holding force under real site conditions.1 I must check rust, paint, scale, oil, roughness, flatness,
How Does Air Gap Affect lifting magnet Selection Продолжить чтение »
I see many buyers feel unsure when they compare lifting magnets. The name sounds simple, but a wrong choice can slow work and create risk. An electro-permanent magnet is a lifting magnet that uses short electric pulses to switch its magnetic state on or off1. It does not need continuous
HVR MAG recently completed the delivery and installation of a 15-ton magnetic lifter for a shipyard customer in Vietnam. The system is now operating on the customer’s steel plate cutting line, providing efficient material handling for both plate loading and cut-part unloading operations. The customer required a reliable solution to
15-Ton Magnetic Lifter Successfully Installed at Vietnamese Shipyard Продолжить чтение »
