A coordinated crane fleet for a steel plant
More than 100 lifting systems connect steel production, slab transfer and a port scrap yard, including a 160 t double-girder overhead crane.
From integrated steel plants to container terminals and heavy construction. Explore the crane configurations, operating requirements and delivery milestones behind real industrial projects.

Review project equipment, process duties and acceptance stages before shaping your own lifting specification.
More than 100 lifting systems connect steel production, slab transfer and a port scrap yard, including a 160 t double-girder overhead crane.
A 700 t gantry crane completed type testing for steel-tower and bridge-structure lifting at the Zhangjinggao project.
A 54-unit package combines cleanroom explosion-proof double-girder hoist cranes and dust-explosion-proof single-girder cranes.
Compare the handling task, crane arrangement and project stage in an operating environment close to yours.
More than 100 lifting systems connect steel production, slab transfer and a port scrap yard, including a 160 t double-girder overhead crane.
Automated charging cranes coordinate attachment engagement, material transfer and hopper positioning for a ferrochrome production project.
Two coke pot cranes combine variable-frequency motion, remote video supervision and mechanical-assisted anti-sway for repeated process transfers.
A 450 t casting crane uses a four-girder, four-rail structure and integrated safety monitoring for molten-metal handling.
A 59-unit crane package includes four 32 t intelligent grab cranes for a 2,060 m³ blast furnace project.
More than 30 cranes include 200 t casting equipment and rotating electromagnetic-beam cranes for a 3.2-million-tonne special-steel project.
A 360 t casting crane combines whole-frame machining, redundant mechanisms and safety monitoring for heavy steelmaking lifts.
Two 200 t four-girder casting cranes supported a successful hot trial within an eight-crane heavy-lifting package.
A coke pot crane built for red-hot coke conditions combines automatic positioning, video supervision and lifecycle monitoring.
Thirty-four double-girder overhead cranes rated from 10 t to 100 t support a 4.5-million-tonne hot-rolling project.
Two grab cranes use 3D scanning and automatic material recognition, with positioning and repeatability within 5 mm for the furnace project.
An A8-duty container gantry crane combines cold-environment materials, full variable-frequency drives and automated control for −40°C operation.
Vehicle recognition, plate identification, automatic marking and 5G communication were tested as part of an automated steel plate warehouse system.
A rail-mounted container gantry combines Schneider drives, Siemens PLC, remote monitoring and truck anti-lift protection for an inland logistics hub.
Two rail-mounted container gantry cranes integrate variable-frequency motion, Siemens PLC, RCMS and truck-interface protection at Taicang Port.
A customized rail-mounted gantry crane supports container and mixed-cargo transfer with anti-sway and interchangeable lifting gear.
A twin-hoist warehouse crane identifies coded storage baskets, stacks them automatically and connects handling to the cold-store inventory database.
Two cranes combine encoder feedback, 3D scanning and WCS/WMS integration for automated handling in a utility warehouse and production setting.
A 600 t overhead crane combines a low-headroom arrangement with synchronized dual hooks, anti-sway and digital monitoring.
Dozens of crane units support offshore wind assembly with high lift, synchronized hooks and digital monitoring.
Overhead cranes including 125 t equipment support underground pump-station unit lifts with synchronized lifting points and diagnostic monitoring.
A 500 t double-trolley overhead crane is part of a 43-unit first-phase package for offshore wind equipment handling.
Two new-design 120 t double-girder cranes support installation work for three 380 MW thermal-power units.
Large-span, full variable-frequency cranes support wind-turbine main-unit production and assembly with modular equipment interfaces.
A 24-unit aerospace package includes six lower-rotating carrier-beam cranes with servo-controlled attachments and multiple operating modes.
Aerospace lifting support spans equipment engineering, manufacturing quality and service for research and space-programme facilities.
A lower-rotating crane with dual attachments completed its load test, with project control precision below 1 mm.
A more-than-20-unit crane package supports aerospace composite manufacturing, with 12 units delivered during the stated supply milestone.
Aerospace crane applications across several research and manufacturing facilities are supported by supplier technical exchanges and factory review.
A more-than-60-unit aerospace supply programme includes a 160 t + 160 t explosion-proof double-girder overhead crane.
A long-term aerospace relationship developed from a 32 t heat-treatment workshop crane to more than 62 crane units of different types.
A smelter package combines multifunction suction equipment, adjustable anode-block stacking and an automated pot-tending system.
A chemical-equipment manufacturer’s package includes more than 30 crane units and a 400 t double-girder gantry crane.
More than 150 crane units, including two 100 t intelligent cranes, support multiple production lines at a large industrial project.
A 100 t double-girder gantry completed heavy-load positioning tests, with servo travel and dual hoist brakes.
A 750 t double-girder gantry uses synchronized lifting points, a project-specific rail arrangement and regenerative 10 kV power.
A rigid-guide-column magnet beam crane combines automatic dispatch, twin hoist motors and electro-permanent magnetic lifting.
More than 100 lifting units serve a 40,000 m² production park with 25 m-high heavy steel-structure workshops.
A 50+50 t slab-handling crane uses electrically adjusted clamps and monitored motion for slabs exposed to temperatures above 650°C.
A fleet of more than 300 crane units supports structural production and assembly handling across XCMG operations.
A double-girder stacking crane uses two guided attachments, variable-frequency drives and a protected electrical room for a dusty, hot process area.
A 600 t overhead crane combines high-strength steel, synchronized hooks, anti-sway and digital monitoring for powerhouse lifting.
A 54-unit package combines cleanroom explosion-proof double-girder hoist cranes and dust-explosion-proof single-girder cranes.
A crane batch for a 100,000-tonne battery anode material project completed third-party review of documents, dimensions and mechanical checks.
Eighteen high-precision crane units use full variable-frequency control and modular electrical interfaces for a clean-energy equipment project.
An automated crane transfers reduction-furnace tools and silicon-rod tooling between process stations under combined cleanliness and dIICT4 requirements.
A 500 t new-design double-girder crane combines high lift, synchronized hooks and digital monitoring for rail-construction component handling.
A 700 t gantry crane completed type testing for steel-tower and bridge-structure lifting at the Zhangjinggao project.
Two double-girder gantry cranes lift tunnel spoil and construction materials with below-rail attachment depth reaching 40 m.
A 500 t gantry supported the Z3 steel-tower assembly acceptance within a package of more than ten bridge-project cranes.
A 300 t modular double-girder overhead crane provides heavy bridge-component handling with full variable-frequency control.
A 72 m-span crane handled steel bridge construction across the Tuojiang River and an adjacent road corridor.
Twelve crane units support component lifting and assembly within a large cruise-ship manufacturing programme.
Thirty-two lifting units serve vehicle-depot and stabling-yard maintenance on Lahore’s 27 km Orange Line.
Multiple gantry cranes support steel-caisson excavation in coordination with robotic dredging equipment.
Whether you need one crane or a coordinated fleet, we can customize the capacity, span, lifting height, duty, attachments and controls for your site.
Send the project brief. We will define the equipment scope, inspection requirements, delivery programme and support needed for installation and operation.
Maximum load including attachments, material dimensions, pickup and landing positions, span and available lifting height.
Lifts per shift, production cycle, ambient temperature, wind or corrosion exposure, protected-area requirements and automation interfaces.
Required standards and certificates, destination, transport limits, drawing approval, inspection plan, erection support and site acceptance.
Crane quantity, attachments, runway or rail boundaries, power feed, spares, operator training and maintenance support.
Share your loads, site drawings and operating conditions. Let us develop the crane configuration and quotation scope for your project.