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Lifting Beams for bridge construction site

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At the bridge construction site, the red lifting beam acts as a powerful force, steadily lifting heavy concrete components. Working closely with the bridge-erecting crane, its robust structure and precise load-bearing design allow it to easily handle the lifting of heavy components.

Product Introduction

At the bridge construction site, the red lifting beam acts as a powerful force, steadily lifting heavy concrete components. Working closely with the bridge-erecting crane, its robust structure and precise load-bearing design allow it to easily handle the lifting of heavy components.

Core advantages:

Automation and Operational Efficiency: Automated features such as self-balancing through-holes and "one-step aerial beam transfer" significantly reduce manual intervention and improve beam erection efficiency by 20%-30% compared to traditional equipment. Bolt-connected connections for complete machine installation and transfer facilitate rapid equipment turnover, effectively shortening construction schedules.

Adaptability to Complex Scenarios: The machine can flexibly handle complex bridge types, including curved bridges, inclined bridges, and bridges with small radius curves. It can also operate reliably in mountainous areas, tunnel entrances, and even in extreme environments such as -20°C to 50°C and winds of force 7. Some models, such as the JQSD1000, can also meet the various requirements of erecting box girders for single and double high-speed rail lines, demonstrating its exceptional adaptability.

Safety and Stability: The machine's structure is constructed with rigorous material and process control, resulting in excellent strength and rigidity, ensuring smooth operation. Equipped with an intelligent safety management system, it monitors equipment operating status in real time, enabling risk warnings and automated response. Multiple safeguards provide a solid foundation for construction safety. Economic and Energy-Saving Benefits: The number of operators and transport vehicles has been significantly reduced, lowering labor and transportation costs. 

Technological Innovation and Process Transformation: From the breakthrough of "aerial beam transfer to full position" to the world's first integrated pile-beam bridge-building crane, which enables fully assembled bridge construction, to the application of new energy and high-precision control technologies (such as the hydraulic system's lateral movement accuracy of 1 mm), these technologies continue to advance bridge construction processes and contribute to industry development.

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