LIFTING EQUIPMENT

High-capacity gantry cranes are critical assets in industries such as steel manufacturing, shipbuilding, ports, construction, and precast concrete production. These cranes, capable of lifting tens to hundreds of tons, provide efficient material handling solutions, enabling rapid loading, unloading, and movement of heavy goods. However, the performance, safety, and longevity of these cranes depend heavily on their foundation design. A poorly designed foundation can result in s

Long-span 50-ton gantry cranes play a critical role in heavy industrial operations, including precast concrete yards, steel fabrication plants, shipbuilding, logistics terminals, and outdoor storage facilities. Their ability to lift substantial loads while covering wide working areas makes them an indispensable material-handling solution. However, the combination of large span and 50-ton capacity places significant demands on structural design, mechanical systems, stability,

Cantilever gantry cranes are widely used in shipyards, rail yards, steel warehouses, precast concrete facilities, and other heavy-duty industrial environments. Their distinctive feature—cantilever beams extending beyond the main span—offers greater accessibility for handling long or oversized materials, loading and unloading trucks or trains on the side, and increasing operational flexibility. However, the cantilever structure introduces additional mechanical complexity and s

Designing a steel structure building to accommodate a 100-ton overhead crane is a complex engineering task that requires meticulous planning and careful consideration of multiple factors. The integration of such a high-capacity crane influences the structural design, safety, operational efficiency, and long-term durability of the facility. From load-bearing capacity to layout planning, understanding the key design considerations is essential for architects, structural enginee