Advanced Automated Container Gantry Crane for Terminals
Key Features of Container Gantry Crane
A container gantry crane is an essential piece of equipment for modern ports and container yards, designed to provide high efficiency, durability, and precision in container handling. With advanced engineering and optimized design, this type of crane ensures smooth and reliable operations even under demanding working conditions.
Professional Design: The container gantry crane is independently developed with a high-efficiency host system, capable of reaching a working class of A6. Its structure is optimized according to the dimensions and stacking methods of containers, featuring a large span and lifting height that fully meet container stacking requirements.
Efficient Operations: For higher productivity, the crane is equipped with an automatic container gripping system. All mechanisms adopt variable frequency speed regulation, making movements flexible and stable. With fast horizontal travel and lifting speeds, the container gantry crane greatly enhances overall work efficiency and reduces port turnaround time.
Precision Positioning: A high-precision positioning system ensures that containers are accurately lifted, transferred, and placed. This reduces errors, improves safety, and guarantees smoother workflow in busy terminals.
Sturdy Structure: Strength and stability are critical for container handling. The main beam is manufactured with numerically controlled cutting, pre-camber curves, submerged arc welding, and non-destructive testing for butt welds. These processes ensure excellent load-bearing capacity and structural reliability.
Convenient Operation: The operator’s cabin moves together with the trolley, offering an unrestricted view of the working area. Stacking heights can also be customized to match specific user needs, making the crane highly adaptable.
Versatile Types: Container gantry cranes are available in different models. Tire-mounted types provide flexibility and are not restricted by fixed tracks, while rail-mounted cranes offer large spans and strong stacking capabilities, ideal for large-scale container yards.
Overall, the container gantry crane combines professional design, efficient operation, precision control, structural strength, and flexible configurations, making it an indispensable solution for modern container logistics.
Our Service
A heavy duty gantry crane is more than just a lifting device; it is a tailored solution designed to meet the specific needs of ports, terminals, and industrial facilities. Our engineering team works closely with each client to design equipment optimized for safety, efficiency, and long-term durability. Whether the requirement is for RMG container cranes, reach stackers, marine winches, or other material handling systems, every solution is customized to match the unique operational demands of our customers.
Custom Equipment Design: The heavy duty gantry crane is engineered to fit exact project specifications. By analyzing container sizes, stacking requirements, and working environments, our experienced engineers ensure that every crane offers maximum functionality and efficiency.
Precision Manufacturing: Manufacturing is carried out using advanced technologies and strict quality standards. Each structural component of the heavy duty gantry crane undergoes precision cutting, welding, and testing to guarantee reliability under heavy workloads. Rigorous inspections throughout the process ensure strength, durability, and compliance with international standards.
Timely Delivery: We understand that time is critical. Our dedicated logistics department handles container booking, customs clearance, and shipping arrangements, ensuring the heavy duty gantry crane reaches its destination safely and on schedule.
Expert Installation: To maximize performance, our skilled technicians provide detailed installation guidance—online or onsite—based on client needs. From assembly of large cranes to system commissioning, every step is carried out with precision and safety.
After-Sales Support: Our service does not end at delivery. A professional after-sales team is available to provide technical support, maintenance, and spare parts. This ensures that the heavy duty gantry crane continues to operate efficiently, extending its service life and keeping operations smooth.
7 Factors Influencing Container Crane Costs
The cost of a container crane is determined by a combination of technical specifications, material requirements, and external conditions. Understanding these factors helps port operators and investors make informed decisions when budgeting for new equipment. Below are seven key aspects that directly influence the overall price of a container crane.
1. Structural Design and Material Specification
The crane’s lifting capacity, span, and height are critical cost drivers. For example, larger spans or double-cantilever designs require reinforced steel structures, significantly increasing material consumption and manufacturing complexity.
2. Material Selection
The choice of steel grade and surface treatment has a direct impact on cost. High-strength alloy steels are essential for cranes with heavy workloads, while special anti-corrosion coatings or hot-dip galvanizing are required for coastal or marine environments, raising expenses.
3. Drive and Control System
The type of motors, reducers, and control systems used plays an important role in pricing. Imported electrical brands, advanced frequency control, or automation features such as PLC programming, laser positioning, and anti-sway systems add precision but also increase costs.
4. Functional Configuration
When a container crane is equipped with intelligent upgrades, remote control, or fully automatic operating systems, the overall cost rises. These features improve efficiency and reduce labor requirements, but they demand higher investment.
5. Adaptation to Special Working Conditions
Cranes designed for extreme environments, such as very low temperatures or hazardous chemical zones, require specialized components like cold-resistant motors, explosion-proof equipment, and certified electrical systems. These adaptations may double the price in some cases.
6. Rail Foundation and Civil Works
For rail-mounted cranes, the cost of constructing the rail foundation must be considered. Pre-buried steel rails, reinforced concrete, and labor installation typically account for a notable portion of the total investment.
7. Transportation and Installation
Logistics and on-site assembly also add to overall expenses. Ocean freight costs fluctuate with the market, while installation requires professional teams, heavy transport tools, and specialized equipment.
