An Electromagnetic Overhead Crane is a specialized lifting system designed to handle ferromagnetic materials using electromagnetic lifting devices. Unlike traditional overhead cranes that rely on hooks, slings, or grabs, an electromagnetic overhead crane uses magnetic force to pick up, transport, and release steel materials quickly and safely. At YuantaiCrane, our Electromagnetic Overhead Crane is designed for demanding industrial applications where steel products must be moved efficiently. This type of crane is widely used in steel manufacturing plants, rolling mills, foundries, metal processing facilities, steel warehouses, scrap yards, shipbuilding yards, and heavy fabrication workshops.

Why Choose an Electromagnetic Overhead Crane?

The electromagnetic overhead crane is specifically designed for the rapid, safe, and efficient handling of steel materials. It combines the lifting capacity of an overhead crane with a powerful electromagnetic lifting device, making it an ideal choice for steel plants, warehouses, processing workshops, metalworking facilities, and scrap handling yards. Compared to traditional lifting methods that rely on hooks, chains, or slings, the electromagnetic overhead crane simplifies material handling and reduces manual labor. It enables faster and more precise lifting of steel plates, billets, coils, pipes, structural steel, and scrap metal.

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1. Faster Loading and Unloading

One of the biggest advantages of an Electromagnetic Overhead Crane is its ability to load and unload steel products rapidly. The electromagnetic lifter attracts ferrous materials immediately when power is applied, eliminating the need for workers to manually attach chains, slings, or hooks to each load. This reduces preparation time before every lift and allows operators to move materials more frequently throughout the workday. Faster handling helps minimize production delays, shortens truck loading times, and keeps materials moving smoothly between different stages of manufacturing and storage operations.

2. Higher Safety Standards

Safety is a major concern in any material handling operation, and an Electromagnetic Overhead Crane can help reduce several common workplace risks. Since workers do not need to manually connect lifting accessories to every load, their exposure to moving materials and suspended loads is significantly reduced. The crane operator can control lifting operations from a safe location, minimizing direct interaction with heavy steel products. Many systems can also be equipped with safety features such as emergency power backup, load monitoring, warning devices, and reliable control systems. These features help improve operational safety and support a safer working environment for everyone in the facility.

3. Increased Productivity

By reducing the time required for lifting operations, an Electromagnetic Overhead Crane helps increase overall productivity across the facility. Operators can pick up, transport, and release loads more efficiently than with conventional lifting equipment. The crane can perform repetitive material handling tasks with consistent speed and accuracy, allowing production lines to operate more smoothly.

4. Improved Material Protection

Electromagnetic lifting provides a gentle and secure method for handling steel products. Traditional lifting accessories can sometimes cause scratches, dents, deformation, or surface damage when they contact the material. An electromagnetic crane reduces direct mechanical contact and distributes lifting force more evenly across the load. This helps protect the surface quality of steel plates, sheets, coils, and other products during transportation. Better material protection can reduce waste, lower repair costs, and help maintain product quality throughout the handling process.

5. Better Space Utilization

Accurate load control allows an Electromagnetic Overhead Crane to place materials precisely where they are needed. Steel products can be stacked more neatly and organized more efficiently within storage areas. Improved placement accuracy helps maximize available warehouse space and makes inventory management easier.

Magnetic Overhead Crane Specifications

Technical Parameter of Electromagnetic Crane
Capacity t 10 16 20 32 50
Span S(m) 10.5~31.5 10.5~31.5 10.5~31.5 10.5~31.5 10.5~31.5
Lifting height m 6~16 6~16 6~16 6~18 6~16
Lifting speed m/min 13.3 13 9.7 9.5 7.8
Trolley speed m/min 37.4 40.1 40 37 31.3
Crane speed m/min 70.6 74.3 75.1 64.9 58.5
Work duty   A5~A7 A5~A7 A5~A7 A5~A7 A5~A7

Electromagnetic Overhead Crane Drawings

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Circular Lifting Magnets Crane Drawing

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Electromagnetic Lifting Beams Crane Drawing

Electromagnetic Overhead Crane Main Components

Electromagnetic overhead cranes are specially designed for lifting and transporting ferrous metal materials such as steel plates, billets, coils, scrap metal, pipes, and structural steel. The performance, safety, and service life of the crane largely depend on the quality of its main components. Each component plays a specific role in ensuring efficient material handling, reliable operation, and stable lifting performance.

1. Electromagnetic Overhead Crane Bridge Structure

The bridge structure forms the backbone of the electromagnetic overhead crane and supports all major crane components during operation. Depending on your lifting capacity, span, and working conditions, YuantaiCrane can provide both single girder and double girder electromagnetic overhead crane configurations. Single girder designs are often suitable for light to medium-duty applications, while double girder designs offer higher lifting capacities, greater stability, and larger lifting heights for demanding industrial environments. The bridge is manufactured from high-strength steel and undergoes precise fabrication processes to ensure structural integrity and durability.

2. Electromagnetic Overhead Crane Hoisting Mechanism

The hoisting mechanism is responsible for lifting and lowering loads safely and efficiently. It consists of several key components, including an electric motor, wire rope drum, gear reducer, brake system, and hook suspension assembly. The electric motor provides the driving force, while the gear reducer converts motor speed into the torque required for heavy lifting. The wire rope drum ensures orderly winding and unwinding of the wire rope, and the brake system provides secure load holding when lifting or lowering operations stop. The hook suspension assembly serves as the connection point between the hoist and the electromagnetic lifting device. Together, these components deliver smooth, precise, and reliable lifting performance.

3. Electromagnetic Overhead Crane Electromagnetic Lifting Device

The electromagnetic lifting device is the most important component of the crane because it directly handles the material being lifted. It generates a strong magnetic field that securely attracts and holds ferrous materials during transportation. Available options include circular lifting magnets, rectangular lifting magnets, electromagnetic lifting beams, and multi-magnet spreaders. Circular magnets are commonly used for handling steel scrap, billets, and round materials, while rectangular magnets are often selected for steel plates, sections, and other flat products. Electromagnetic lifting beams are suitable for long materials such as pipes, rails, and structural steel, while multi-magnet spreaders provide balanced lifting for oversized or irregularly shaped loads. Different magnet configurations are selected according to the shape, size, weight, and handling requirements of the material.

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4. Electromagnetic Overhead Crane Electrical System

The electrical system controls and coordinates all crane movements, making it a critical part of safe and efficient operation. Modern electromagnetic overhead cranes use advanced electrical technologies such as variable frequency drives, PLC control systems, intelligent monitoring systems, anti-sway technology, and emergency backup systems. Variable frequency drives allow smooth acceleration and deceleration, reducing mechanical wear and improving load control. PLC control systems provide reliable automation and simplify crane operation, while intelligent monitoring systems continuously track operating conditions and help identify potential issues before they affect production. Anti-sway technology minimizes load swinging during travel, improving positioning accuracy and workplace safety. Emergency backup systems maintain essential functions during unexpected power interruptions, helping protect both personnel and valuable materials.

Why Choose Yuantai Crane?

Give you multiple returns

Yuantai's crane products have currently served more than 150 countries around the world, and have created wealth for customers that is several times the price of the crane machine, and it is still going on.

Professional, worry-free and time-saving

Professional and customized crane solutions can better match customers' working conditions. High-quality crane products make customers more assured and worry-free when use.

Product life cycle service

Our services run through all aspects of product design, production, installation and spare parts support. Taking customers as the center and taking high-quality products as the core carrier, realize the service concept of customers buying with confidence and using them with confidence.

How to get quotation?

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