- Mar 05, 2026
- News
Types of Overhead Cranes Available for Different Applications
Discover the different types of overhead cranes and find the perfect fit for your application. Explore options to boost efficiency today!
Yuantai Crane supply different types of overhead cranes for material handling and applications.
EOT Cranes
Electric Overhead Traveling (EOT) cranes are one of the most widely used lifting systems in modern factories and warehouses. You will often see them installed in manufacturing plants, steel workshops, logistics centers, and assembly lines. An EOT crane runs on rails mounted on building beams or a supporting structure. The bridge travels along the runway while the hoist moves across the girder. This design allows you to lift, move, and position heavy materials across a large working area with high precision. If you handle heavy loads frequently, an EOT crane can greatly reduce manual work and improve safety in your workshop. Many industries choose EOT cranes because they offer reliable lifting capacity, smooth movement, and flexible configurations for different working conditions.
1. Freestanding and Ceiling-Mounted Workstation Cranes
Workstation overhead cranes are designed for lighter loads and precise material handling. They are commonly used in assembly lines, maintenance areas, and small production cells. A freestanding workstation crane uses its own support columns, so it does not rely on the building structure. This makes installation easier if your facility cannot support a traditional overhead crane. Ceiling-mounted workstation cranes, on the other hand, connect directly to the roof structure and keep the floor completely clear. If you want efficient lifting in a limited workspace, these systems offer smooth operation and excellent coverage for repetitive tasks.
2. Single Girder and Double Girder Overhead Cranes
Single girder and double girder bridge cranes are the most common types used in industrial facilities. A single girder crane uses one main beam and usually carries a wire rope hoist or chain hoist. It works well for light to medium lifting tasks and offers a cost-effective solution for many workshops. A double girder crane uses two main beams, which gives the system greater strength and stability. If you need to lift heavier loads, increase lifting height, or run the crane continuously, a double girder design can provide better performance and durability.
3. Low Headroom and Suspension Overhead Cranes
In some factories, the building height is limited. Low headroom overhead cranes solve this problem by placing the hoist beside the girder instead of below it. This design allows you to gain extra lifting height without changing the building structure. Suspension or ceiling-mounted bridge cranes are another useful option for lighter applications. They hang directly from the roof structure and move along suspended tracks. If your facility does not have runway columns or strong floor supports, a suspension overhead crane can be an efficient solution.
4. Specialized Overhead Cranes for Industrial Processes
Some industries require cranes designed for specific tasks. For example, ladle overhead cranes are commonly used in steel plants to transport molten metal safely. Grab overhead cranes handle bulk materials such as sand, coal, or scrap by using a mechanical grab bucket. Electromagnetic overhead cranes are designed for lifting steel plates, billets, or scrap metal with strong magnetic lifting devices. In hazardous environments where flammable gases or dust may exist, explosion-proof overhead cranes provide extra protection through special electrical and mechanical designs. If your production process involves unique materials or strict safety conditions, choosing a specialized overhead crane can improve both efficiency and workplace safety.
Single Girder VS Double Girder Overhead Cranes
The main difference between a Single Girder Overhead Crane and a Double Girder Overhead Crane is the number of main beams that support the hoist and trolley. A single girder crane uses one bridge beam, which makes the structure lighter and simpler. It usually handles light to medium lifting tasks and is often used for capacities up to about 20 tons. A double girder crane uses two bridge beams, which provide greater strength and stability. This design supports heavier loads, longer spans, and higher lifting heights. In addition, single girder cranes normally cost less because they use fewer materials and simpler components. They are also easier to install and require lighter runway beams. Double girder cranes require stronger structures and more installation planning, but they provide better performance for demanding industrial work. Many factories choose single girder cranes for general material handling, warehouses, and small production lines where loads are moderate and space is limited. Double girder cranes are more common in steel plants, heavy manufacturing workshops, and large equipment assembly facilities where high capacity and precise control are important. Choosing between the two depends on your lifting weight, span, working frequency, and long-term production needs.
Ordinary Bridge Cranes VS Low Headroom Bridge Cranes
Ordinary bridge cranes, such as standard single-girder overhead cranes, are designed for general lifting tasks in workshops and factories with sufficient headroom. They provide reliable lifting, smooth trolley travel, and easy installation on standard runway beams, making them ideal for most production and storage applications. Low headroom bridge cranes, on the other hand, are built specifically for facilities with limited vertical clearance. Products like Yuantai's LDP low headroom bridge crane or ceiling-mounted suspension cranes maximize the available lifting height by using compact, high-strength girders and hoists with low headroom trolleys. This design allows operators to achieve full lifting capacity without reducing workspace or modifying the building structure. While ordinary bridge cranes are straightforward and cost-effective for standard environments, low headroom cranes offer a smarter solution when every centimeter of vertical space matters, maintaining efficiency, safety, and precise load control in tighter workshops.
