Industrial electromagnets are used wherever fast and safe handling of ferromagnetic loads is required without mechanical gripping. They are suitable for handling sheets, slabs, billets, bars, bundles, and other steel semi-finished products in steelworks, storage facilities, and manufacturing environments. They are particularly effective in applications involving repetitive material handling, where high operating speed, precise positioning, and safe load transfer are essential.
Each industrial electromagnet is engineered according to the type of load, its dimensions, temperature, weight, required duty cycle, and the specific operating conditions of the application. It is equally important to determine whether individual items, bundled materials, or loads of varying lengths and shapes will be handled. These factors determine the number of magnets required, their arrangement, the suspension method, and their integration with the lifting beam or crane system.
Our primary focus is on secure load holding, accurate material placement, and consistent performance under real operating conditions. A properly engineered industrial electromagnet increases productivity, reduces the risk of material damage, and minimizes the need for manual handling. The solution can also include backup power systems, safety features, and control equipment to ensure reliable long-term operation and straightforward maintenance throughout the service life of the system.
Segmented electromagnets are used where reliable and gentle handling of ferromagnetic materials is required, particularly for steel coils and other loads whose geometry benefits from a more even distribution of lifting forces. Their construction consists of multiple magnetic segments that conform more effectively to the shape of the load, providing stable and secure holding during lifting, transport, and positioning.
This solution is particularly suitable for applications where a single compact magnet cannot provide optimal contact with the load geometry or where concentrated loading must be minimized. The segmented design improves contact with the material, enhances holding reliability, and enables gentler handling of the load. Proper engineering of the segment arrangement, magnetic capacity, suspension system, and integration with the specific handling process is essential to achieve safe and efficient operation.
We design segmented electromagnets according to the characteristics of the handled material, the intended application, and the operating conditions to ensure that the complete system meets the required standards for safety, reliability, and smooth material handling. If material dimensions, operating cycle frequency, or storage methods change, we also assess whether the existing solution can be modified or whether a new custom-engineered assembly would provide a more suitable long-term solution. Our objective is always to deliver safe handling, dependable operation, and a long service life.
