Henan Mine Crane developed an automatic material feeding crane that connects directly with the customer’s existing feeding equipment. The crane performs automated feeding and material distribution through one coordinated system, reducing repeated operator commands and keeping material flow aligned with the production process.

Henan Mine Crane manufactured and dispatched two 1000t gantry cranes for the project. Each crane combines very high lifting capacity with a high-strength steel structure and an intelligent control system designed for stable, safe and efficient operation.

Henan Mine Crane developed a fully automatic steel pipe transfer crane to connect production and storage operations. The system receives work instructions digitally, plans the transfer route, travels to the required pickup position, handles the steel pipes and returns progress information without depending on continuous manual crane operation.

Henan Mine Crane engineered and manufactured a 550t double-girder overhead crane specifically for a nuclear power application. The crane was dispatched in April 2025 with an intelligent control package designed to combine large lifting capacity with smooth movement and efficient energy use.

Henan Mine Crane developed and manufactured a 40t rail-mounted portal crane for this application. Its lifting, slewing, luffing and travelling mechanisms allow the operator to approach cargo from different positions, transfer it across the operating area and place it accurately at the selected loading or storage point.

Henan Mine Crane and the Beijing Research Institute of Hoisting and Conveying Machinery jointly developed a new intelligent stacker crane for automated logistics and warehousing. The project combines equipment manufacturing capability with long-term stacker-crane engineering and automated warehouse application experience.

A national pumped-storage power project required a coordinated crane package for major generating-equipment installation, auxiliary handling and long-term powerhouse maintenance. The underground cavern created strict limits on crane height, installation access and maintenance clearance.

A wind turbine manufacturing base required a group of overhead cranes for mainframe production, nacelle assembly, component transfer, tooling changes and maintenance. Lifting loads varied significantly by workstation, from very heavy main structures to medium-capacity assemblies and production-support tasks.

A thermal power project in Morowali, Central Sulawesi required high-capacity turbine-hall cranes for the erection of three 380 MW supercritical, once-reheat condensing coal-fired generating units. The cranes needed to handle major equipment safely during plant construction and remain available for inspection and maintenance after commissioning.

This offshore wind manufacturing project required a heavy lifting system for large nacelles, generators, mainframes, production fixtures and other high-value wind turbine components. The components move through unloading, assembly, turning, transfer and installation processes inside a large production workshop.