Application areas:
Port and shipping industry
In large ports, automated cranes can achieve unmanned operation through intelligent control systems, automatically completing tasks such as stacking, moving, loading and unloading of containers. Improve operating efficiency and reduce safety risks caused by manual operation.
Intelligent automated crane are equipped with Internet of Things technology to monitor equipment status in real time, perform fault diagnosis and early warning, and improve port operation efficiency and safety.
Warehousing and logistics industry
In the field of warehousing and logistics, automated cranes can automatically extract and transfer goods from storage locations to designated locations, realizing automated storage and retrieval of goods.
Automated cranes are usually combined with robots, automated guided vehicles and automated conveying systems to form a highly integrated logistics processing system, which effectively reduces manual intervention, improves operating efficiency, reduces costs, and ensures accurate distribution and efficient transportation of materials.
Manufacturing and heavy industry
Automated cranes are widely used in manufacturing and heavy industries.For example, in industries such as steel, automobiles, and shipbuilding, automated cranes can accurately move heavy parts, improving the automation and safety of production lines.
Automated cranes use highly sophisticated control systems and sensors to achieve load detection, position tracking, and precise handling, significantly improving production efficiency and reducing human operating errors.
Power Industry
In the power industry, automated cranes can be used for the lifting and handling of large equipment and generator sets during the construction and maintenance of power plants.
The automated crane system ensures the accuracy of the lifting process and avoids equipment damage or safety accidents during handling. In addition, as the power industry pays more attention to clean energy, automated cranes are increasingly used in energy construction fields such as wind power and solar energy.
Construction and Engineering Field
Automated cranes are used for lifting and moving heavy objects in large-scale engineering projects such as the construction industry, high-rise buildings, and bridge construction.
Crane can quickly and accurately lift building materials such as steel bars and concrete through automated control technology, reducing manual labor on construction sites and improving site safety and work efficiency.
Mining and resource extraction industry
In the mining and resource extraction industry, automated cranes are used for ore handling, screening and material stacking.
Since the mining environment is usually harsh, the use of automated cranes can reduce dependence on manpower, reduce operational risks, and improve operational efficiency. Automated cranes can also be operated by remote control, reducing the time workers are exposed to harmful environments.
Shipbuilding and offshore engineering
In shipbuilding and offshore engineering projects, automated cranes are used for the lifting, transportation and installation of heavy structural parts.
Automated cranes are equipped with high-precision sensors and control systems, which can complete precise operations in complex environments, such as the construction of hulls and the assembly of offshore platforms, improving work efficiency and ensuring the safety of workers.
Aerospace Industry
In the aerospace industry, automated cranes are used for high-precision and difficult handling tasks.For example, high-precision handling and assembly of aircraft and spacecraft components.
High-precision automated cranes can cope with extremely complex assembly and handling requirements, while also reducing human errors and improving production efficiency.
Automated cranes are changing traditional operation modes in various industries through the integration of advanced control systems, robotics, artificial intelligence and the Internet of Things, improving operational accuracy, efficiency and safety. With the continuous development of technology, the application areas and intelligence levels of automated cranes will be further expanded, promoting the automation transformation of related industries.