Double Girder Overhead Crane: A Comprehensive Guide

Dvogredni mostni kranovi are powerful lifting solutions widely used in various industries for handling heavy materials and equipment. These cranes feature two parallel girders that provide superior strength and stability compared to single girder systems. Ideal for applications requiring high load capacities, long spans, and frequent use, double girder overhead cranes play a critical role in manufacturing, construction, logistics, and more.

High Load Capacity: Capable of lifting heavy loads, often ranging from 5 tons to over 100 tons, making it suitable for demanding industrial tasks.

Longer Span: The dual-girder design allows for greater spans, ideal for large facilities where space optimization is crucial.

Precision and Stability: Double girder eot cranes provide excellent stability and allow for precise load handling, minimizing sway during transport.

Customization: Double girder eot cranes can be tailored to meet specific needs, such as adding auxiliary hoists, variable speed controls, and other special features.

Applications

Manufacturing: Use mosna dizalica s dvostrukom gredom to handle raw materials, semi-finished products, and machinery components.

Construction: In large-scale projects where the movement of heavy components is essential.

Shipyards and Ports: To transport massive parts, containers, and machinery during ship construction or repair.

The mosna dizalica s dvostrukom gredom allows for a higher hook height, providing additional clearance for lifting tall items. It also reduces the load stress on the building structure, enhancing the crane’s longevity. These cranes also offer flexibility in installation, whether in new construction or existing structures.

In conclusion, double girder overhead cranes are essential tools for industries requiring efficient and safe handling of heavy loads. Their durability, capacity for customization, and adaptability to various environments make them a popular choice for companies looking to improve productivity and safety in material handling operations.