Electromagnetic Lifting Magnet
2026-10-06
Electromagnetic Lifting Magnet

The electromagnetic lifting magnet is an intelligent lifting equipment developed based on the electromagnetic adsorption principle, specially designed for lifting magnetic conductive metal materials such as steel, iron plates, steel billets and scrap steel, widely used in metallurgy, mechanical processing, waste material recycling, port steel loading and unloading and other industries. Made of high-permeability alloy material with a scientific and reasonable magnetic circuit design, it can generate strong suction instantly after power-on, and can firmly adsorb various regular and scattered metal materials without traditional fixing methods such as hooking and binding, realizing extremely efficient lifting operation. The magnetic force fades quickly after power off, and materials fall off automatically with convenient and residue-free unloading, completely solving the problems of cumbersome binding, difficult unloading and low efficiency of traditional lifting tools. It has excellent adsorption stability with no risk of material sliding or offset during operation, and can realize batch adsorption and lifting of irregular scrap steel and scattered steel plates, greatly improving the transportation efficiency of batch materials. Equipped with an intelligent electric control system, it supports magnetic force adjustment, delayed power-off protection and overload protection, and can accurately adjust the adsorption force according to material specifications to adapt to metal materials of different tonnages and shapes. With a firm and wear-resistant overall structure and excellent sealing performance, it is waterproof, dustproof and impact-resistant, adapting to complex working conditions such as workshops, yards and outdoors, and supporting 24-hour continuous high-frequency operation. Featuring high automation, simple operation, safety and reliability, it greatly saves labor costs and is an efficient special equipment for batch lifting of metal materials.
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