Start with your lifting task, runway and duty. Compare single-girder, double-girder and specialist overhead cranes, then request a project-specific configuration with verified dimensions and delivery scope.
Capacity alone will not tell you whether the crane reaches the load, fits above the equipment or suits the operating cycle. Start with the building section and lifting method; then compare the right family.
01 / STRUCTURAL FAMILY
A practical starting point for electric-hoist lifting in workshops, assembly bays and warehouses. Compare top-running and suspended arrangements, headroom and special-duty variants.
02 / STRUCTURAL FAMILY
Compare bridge and trolley arrangements when the load, duty, hook approach or handling process calls for a twin-girder system. Includes hook, electric-hoist and process configurations.
These product families answer different material, environment and building constraints. Open a focused range, or send your duty and site drawings for an engineering shortlist.
Start with the attachment, load geometry and number of lifting points.
Electric-hoist lifting across single, double and multiple-trolley bridge arrangements.
Two or more trolleys for long components and coordinated lifting sequences.
Dedicated bulk-material handling where throughput and material density matter.
Magnetic pickup for suitable ferrous loads and steel-stock movement.
Lifting beams, clamps and rotating arrangements for long or awkward loads.
Controlled hoisting and positioning for tasks that need a slower approach.
Special environments require their own equipment and acceptance requirements.
Protection matched to a documented hazardous-area classification.
Electrical separation for specified handling environments and processes.
Purpose-built lifting for molten metal, slabs, quenching and foundry work.
Process handling around zinc pots, corrosive exposure and plant maintenance.
Building support, transfer routes and positioning needs shape the final layout.
Runways supported from the building where floor columns are undesirable.
Hand-operated lifting where power supply or use frequency favors a simpler system.
Transfer across connected runways or zones where the process demands it.
A modern double-girder option for controlled movement and positioning.
The route below is a starting point. Final capacity, span, duty, controls and safety devices belong in the approved manufacturer drawing and project technical agreement.
Share your load, operating cycle and building drawings. Our team can recommend a bridge crane configuration and discuss comparable installations for your application.
Discuss your crane project ↗Provide the maximum suspended load, span, lift height, runway or building drawing, lifts per hour, operating environment and destination. Ask the supplier to identify the proposed model, included equipment, inspection scope and delivery terms.
Send your project brief