
A single girder gantry crane is a versatile lifting solution designed for efficient material handling both indoors and outdoors. It operates through coordinated mechanical and electrical systems to transport goods safely and precisely from one location to another. With its high load capacity, excellent stability, and adaptability to various working environments, it has become an essential choice for manufacturing plants, warehouses, and construction sites. The crane consists of two sturdy vertical supports and a horizontal beam forming a gate-shaped frame, allowing it to move smoothly along rails or wheels for flexible lifting operations.
At SEVENCRANE, our single girder gantry crane combines innovative design with practical functionality. We provide multiple configurations, including box-type girders, truss-type girders, and L-shaped designs. Options such as low-headroom hoists or monorail hoists ensure maximum space utilization and smooth performance. Compact in structure, lightweight, low-noise, and easy to install and maintain, this crane delivers reliable lifting efficiency for light to medium-duty applications.
A factory gantry crane operates through a coordinated system of mechanical and electrical components designed to lift, move, and precisely position heavy materials within a defined working area. It consists of a main beam, two supporting legs, a hoist trolley, and a control system — all working together to ensure smooth and efficient material handling in industrial settings such as factories, warehouses, and assembly plants. Below are the main working principles and components of a factory gantry crane:
1. Lifting Mechanism: This is the core component of the gantry crane, responsible for the vertical lifting and lowering of loads. The electric hoist or winch, powered by a motor, provides stable and safe lifting performance, allowing operators to handle heavy or bulky materials effortlessly.
2. Trolley Travel Mechanism: The hoist trolley runs horizontally along the main beam of the gantry crane. This enables precise load positioning within the entire working span, ensuring smooth and accurate material transfer during factory operations.
3. Longitudinal Travel Mechanism: The entire factory gantry crane moves along rails installed on the ground. This feature allows the crane to cover a wide working area, increasing operational flexibility and improving production efficiency.
4. Support System: The gantry frame, composed of the main beam and supporting legs, provides the structural integrity of the crane. It ensures stability, load-bearing strength, and safety during lifting operations.
5. Control System: Operators control the crane through a cabin or remote control, managing each mechanism’s motion precisely. This system enables synchronized operation, ensuring efficient, safe, and reliable material handling throughout the factory workspace.
A single girder gantry crane is a versatile lifting solution widely used across numerous industries for efficient material handling. Its compact design, cost-effectiveness, and adaptability make it suitable for both indoor and outdoor applications. Below are several common uses of a single girder gantry crane in different industrial fields:
Port and Container Terminals: At ports, the single girder gantry crane is used for loading and unloading containers and bulk materials. It ensures fast, precise cargo handling, improving port efficiency and vessel turnaround time.
Shipbuilding and Marine Industry: In shipyards, it helps with lifting and assembling ship sections, engines, and large components. The crane’s long span and flexible movement allow it to cover the entire dock area or assembly line effectively.
Hydropower and Construction Projects: During dam or power station construction, the single girder gantry crane is applied to lift and transport turbines, gates, and large concrete structures, ensuring safety and stability in complex environments.
Open-Air Warehouses and Steel Yards: In outdoor material storage areas, it is used for handling steel plates, timber, or large equipment, offering easy mobility and smooth operation over long distances.
Aerospace and Manufacturing: Within aerospace and industrial production lines, the crane assists in lifting precision parts and heavy assemblies, enhancing production efficiency and reducing manual labor intensity.