LIFTING EQUIPMENT

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

Overhead cranes are critical assets in steel structure factories, enabling the safe and efficient movement of heavy loads. When a factory operates multiple 30-ton overhead cranes within a single steel structure workshop, careful planning is essential to maximize productivity, ensure safety, and minimize operational conflicts. This article explores the strategies, considerations, and best practices for planning multi-crane operations in a steel structure environment. Understan

When designing an overhead crane system and the supporting steel structure of an industrial building, one of the most critical yet often misunderstood parameters is the duty cycle . The duty cycle determines how intensively and frequently a crane operates, influencing not only the mechanical design of the crane but also the structural design of the building that supports it. Understanding this relationship is essential to ensure safety, performance, and cost efficiency in man