Ports and logistics hubs are constantly seeking ways to maximize efficiency, reduce costs, and optimize space—especially in indoor transfer operations where every square meter matters. When it comes to material handling in confined warehouse environments, overhead bridge cranes (double-girder bridge cranes) often outperform traditional gantry cranes in key operational aspects. This article explores the practical […]
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This design scheme is a systematic design for 32/5t double-girder bridge cranes, covering the core parts such as main and auxiliary lifting mechanisms, trolley running mechanisms, bridge structures and trolley running mechanisms. As a key equipment for modern industrial material handling, double-girder bridge cranes play an irreplaceable role in factories, warehouses, power stations and other […]
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1. Introduction In automotive assembly plants, material handling efficiency directly impacts production speed, worker safety, and overall operational costs. Selecting the right crane—whether a double-girder bridge crane or a jib crane—requires careful consideration of load capacity, workspace layout, and workflow dynamics. Dongqi Crane, a leading manufacturer of overhead lifting solutions, specializes in customized cranes for […]
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Introduction: The Crucible of Steel Production Handling molten metal (steel, iron >1300°C) is the lifeblood of any steel mill – and one of its most hazardous operations. Standard cranes falter under intense radiant heat, thermal shock, slag splash, and pervasive dust. Consequences include structural warping, electrical failures, seized mechanisms, and catastrophic safety risks. Dongqi Crane […]
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Compliant, Customized, and Cost-Effective Solutions by Dongqi Crane Introduction In chemical plants, refineries, and hazardous industrial facilities, the safe handling of heavy materials is not just a matter of efficiency—it’s a critical safety imperative. Explosive gases, flammable liquids, and corrosive environments demand specialized lifting equipment designed to eliminate ignition risks while maintaining high performance. Why […]
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