Magnet Crane

The magnet crane is a device that uses electromagnets to move metal materials. Its main part is the electromagnet. By connecting the current, the electromagnet produces a strong magnetic field force to firmly attract the steel items, which are then lifted to the designated location. When the item needs to be put down, just cut off the current, the magnetism disappears, and the steel item is put down.

The core of the magnet crane's working principle is based on the characteristics of the electromagnet. An electromagnet consists of an iron core and a coil wound around it, producing magnetism when powered on and disappearing when powered off. This feature enables the magnet crane to easily absorb and release steel items, greatly improving the handling efficiency. Magnetic cranes are widely used in the iron and steel scrap recycling sector, steelmaking workshops, etc. Because of its simple operation, it can greatly improve work efficiency, making it the ideal choice for industrial handling. As a skilled crane manufacturer, we will supply you with advanced magnetic cranes based on your needs. Keep reading to know more about the magent cranes' further details.

Strong suction: Magnetic cranes generate a powerful magnetic force and can easily lift iron sheets, wires, nails, and other iron materials weighing tens of tons. The operation is effortless, and the work efficiency is high.

Safe and reliable: When a magnet crane is working, as long as there is current in the electromagnet coil, the lifted heavy object will not fall. This invisible magnetic force is more reliable than a solid chain. In addition, electromagnet cranes are usually equipped with steel claws that can automatically hold the heavy object when the power is cut off, preventing the object from falling and causing harm.

Wide application range: Electromagnetic cranes can not only be used in the lifting process but also in collecting and transporting various iron materials without the need for boxing or packaging. The operation is simple. They are suitable for transporting various steel materials and machines, including those packed in wooden boxes.

Energy-saving and efficient: New electromagnetic cranes adopt a fully sealed structure with good moisture-proof performance and are designed through computer optimization. They have a reasonable structure, light self-weight, strong suction force, and low energy consumption. In addition, the rated continuous duty cycle of ordinary magnetic cranes has been increased from 50% to 60%, improving the utilization efficiency.

Simple maintenance: The installation, operation, and maintenance of magnetic cranes are all very simple and suitable for various working environments.

Waste steel recycling department: Electromagnetic cranes can efficiently collect and transport waste steel, eliminating the need for boxing and packaging, and greatly improving work efficiency.

Steelmaking workshop: In the steelmaking process, magnetic cranes are used to lift steel plates, metal materials, etc., simplifying the transportation process.

Other industrial fields: Electromagnetic cranes are also widely used in foundries, mines, ships, machinery, construction, and other industries for lifting semi-finished and finished products such as castings, metal materials, and tools.

Overhead cranes are a type of lifting equipment composed of a bridge frame, a trolley, a hoist, and a lifting mechanism, and are typically used in various fields such as logistics, manufacturing, and assembly, both indoors and outdoors. Electromagnetic cranes, on the other hand, are a special type of lifting equipment consisting of an electromagnet, a suspension device, and a control system, mainly used for lifting magnetic materials.

Due to their structural characteristics, bridge cranes are suitable for a wide range of scenarios, such as industrial, manufacturing, warehousing, and shipping fields. However, magnet cranes are mainly used for lifting magnetic materials like iron, steel, and iron ore.

The working principle of bridge cranes is to lift and move objects by the movement of the trolley and the hoist, and to achieve the up and down movement of the objects through the lifting mechanism. The working principle of electromagnetic cranes is to fix and lift magnetic materials by the magnetic force generated by the electromagnet, and to control the on and off of the electromagnet through the control system.

The lifting capacity of bridge cranes usually ranges from several tons to several hundred tons, which can meet the lifting requirements of most objects. Magnetic overhead cranes, however, have a smaller lifting capacity, generally ranging from several hundred kilograms to several tons, and are only suitable for lifting magnetic materials.

The trolley and hoist of bridge cranes are usually driven by electric motors and can achieve various movement modes through the control system, which is relatively flexible in operation but also has certain safety risks. The working principle of electromagnetic cranes is relatively simple, with only on and off control, and is relatively safe in operation.

In conclusion, bridge cranes and magnetic cranes differ in structure, application scenarios, working principles, capacity, and safety. It is necessary to select the appropriate crane based on specific lifting requirements and material characteristics to ensure the safety and efficiency of lifting.