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 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.

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.

At a major offshore wind-turbine assembly base, dozens of Henan Mine Crane units support heavy component handling across production, assembly and maintenance areas. The installed fleet includes a 260/260+100/20t-marked heavy-duty overhead crane configuration for large synchronized lifts.

Henan Mine Crane manufactured a 750t double-girder gantry crane for a large industrial project in Zhejiang. The crane operates in a waterfront work area where ultra-heavy components must be lifted, transferred and positioned across a dedicated runway.

Large river-bridge foundations can use steel caissons that are excavated internally while sinking toward their design elevation. This is not a conventional lifting-only application. The crane system must work around the caisson structure

A large cruise ship is not assembled in one continuous lifting operation. Steel structures, subassemblies, equipment and outfitting materials move through different production zones before final integration

Bridge steel fabrication moves large structural sections between welding, machining, inspection and trial-assembly positions. Loads must travel efficiently across the production area, then approach fixtures and mating points at controlled low speed.

Steel-tower fabrication and pre-assembly require large structural sections to be lifted from production areas, transferred across the yard and positioned for fitting or erection preparation