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Bridge frame, trolley, hoisting mechanism, specialized coil handling attachments (electromagnetic spreader beam / C-hook), traversing mechanism, electrical control system, and anti-sway device.
Retractable electromagnetic spreader beam, coil damage-prevention clamps, variable frequency drive (VFD) system, precision positioning device, and load balancing sensors.
Specialized Lifting Attachment Design: The electromagnetic spreader beam is suitable for coils up to 650°C, providing stable magnetic force; the C-hook features a simple structure that prevents damage to coil end faces and accommodates various coil inner diameters.
Anti-sway and Damage Prevention: Combines flexible anti-sway technology with rigid guidance for smooth, impact-free operation. Protective pads are installed at contact points between the lifting attachment and coils to minimize damage risks.
Efficient Handling: Hoisting speeds of 8–15 m/min and traversing speeds of 60–80 m/min enable simultaneous handling of multiple coils, with stacking capacity up to 4–6 layers.
Intelligent Adaptability: Adjustable attachment spacing accommodates coil widths from 500 to 2000 mm. Equipped with a coil centering positioning system to improve stacking accuracy.
Easy Maintenance: Modular design allows easy disassembly of key components. The electrical system features waterproof and dust proof protection, making it suitable for dusty workshop environments.
By simplifying maintenance procedures, we reduce your routine maintenance costs. At the same time, we leverage smart features to minimize equipment wear and unplanned downtime, significantly extending equipment service life. Through these measures, we are able to provide more efficient and lower-cost equipment utilization solutions.
A coil handling crane is a specialized overhead lifting system designed for the safe transportation, positioning, and storage of steel coils and other heavy cylindrical materials in industrial facilities. Unlike standard overhead cranes, coil handling cranes are specifically engineered for coil lifting applications, providing precise control and reliable handling performance in steel manufacturing environments. A steel coil crane typically uses customized lifting attachments, such as coil grabs, C-hooks, or electromagnetic lifting devices, to securely handle coils during production, storage, and transportation processes. These cranes are widely used as steel mill cranes in demanding industries where heavy loads, frequent operation, and high positioning accuracy are required.
| Crane Type | Main Application | Typical Loads | Key Advantages |
|---|---|---|---|
| Standard Overhead Crane | General material handling in factories, workshops, and industrial facilities | Steel parts, machinery, equipment, and general materials | Versatile lifting solution for various industrial handling tasks |
| Coil Handling Crane | Steel coil transportation in steel plants, rolling mills, and coil storage areas | Hot-rolled coils, cold-rolled coils, and heavy steel coils | Designed for safe, precise, and efficient steel coil lifting and movement |
| Electromagnetic Crane | Magnetic material handling in steel processing and recycling industries | Steel plates, steel scraps, and other magnetic materials | Enables fast handling of magnetic loads without mechanical lifting attachments |
Coil handling cranes are essential lifting solutions for industries that process, store, and transport heavy steel coils. Their customized design allows manufacturers to improve safety, reduce manual handling risks, and increase production efficiency.
In steel plants, coil handling cranes are used to move hot-rolled and cold-rolled steel coils between production lines, storage areas, and transportation zones. These cranes support continuous steel manufacturing operations by providing stable lifting performance under heavy-duty working conditions.
Rolling mills require precise and reliable coil transportation during steel processing. A coil lifting crane helps transfer steel coils between:
rolling machines
finishing lines
inspection stations
storage areas
The crane system improves workflow efficiency while minimizing coil damage during handling.
In coil storage warehouses, steel coil cranes help optimize storage space and improve loading efficiency. They are commonly used for:
stacking steel coils
loading and unloading trucks
transferring coils between storage locations
Selecting the right coil handling crane depends on several technical factors, including lifting capacity, crane span, working class, and control system requirements.
The correct configuration ensures safe operation, improved productivity, and longer equipment service life.
| Parameter | Description |
|---|---|
| Lifting Capacity | Determines the maximum weight of steel coils the crane can safely handle. Common capacities depend on production requirements and coil weight. |
| Span | Refers to the distance between crane runway rails and affects the coverage area of material handling operations. |
| Working Class | Indicates the crane's duty cycle and operating frequency. Heavy-duty steel plants usually require higher working classifications. |
| Control Method | Includes pendant control, remote control, and cabin control options depending on operating environment and precision requirements. |
