Freestanding crane systems for outdoor yards, workshops, precast plants, loading routes and port handling. SUNFACRANE designs single girder, double girder, semi gantry and container gantry cranes around span, travel length, duty class and site conditions.
A gantry crane project is not only a lifting capacity. Rail length, ground condition, wheel load, wind area, cantilever length and working frequency must be checked before manufacturing.
Each gantry crane layout solves a different site problem. Start from load, span, travel route and indoor or outdoor conditions, then compare the common options below.
A practical gantry layout for medium-duty yard lifting, workshops without full runway beams and loading areas that need clear ground travel.
Best for: 1 to 20 ton typical loads, outdoor storage lanes, small yards and maintenance areas.
Built for heavier loads, wider spans and outdoor duty where stability, wheel load and hook coverage matter.
Best for: steel yards, precast plants, heavy fabrication, equipment yards and outdoor loading routes.
Winch trolley configuration for heavy outdoor lifting, long lifting height and more demanding duty cycles.
Best for: heavy fabrication yards, precast beam handling, infrastructure projects and high-cycle outdoor transfer.
Rail-mounted or container handling gantry crane layout for ports, logistics yards and intermodal terminals.
Best for: container yards, port terminals, logistics parks and defined outdoor stacking lanes.
A compact gantry crane option for workshops where one side can use an existing runway or building structure while the other side travels on ground rail.
Best for: workshop edges, partial runway layouts, production bays and maintenance areas with limited building support.
A stronger semi gantry configuration for heavier loads, wider working areas and plants that need one runway side combined with ground rail travel.
Best for: heavier workshop handling, equipment assembly, steel structures and sites where a full gantry or full bridge crane is not practical.
A practical gantry crane proposal should be based on the real travel route. Capacity, span, rail length, wheel load, wind condition, control method and maintenance access all affect the final design.
Start with rated load, span, lifting height, travel length and how the load moves through the yard.
Rail foundation, ground bearing capacity, wheel load and leg clearance should be checked before manufacturing.
Outdoor gantry cranes may need wind alarms, anchoring devices, rain covers, corrosion protection and suitable electrical enclosures.
Pendant, wireless remote, cabin control and VFD motion can be selected according to load size, yard visibility and duty.
Use this as a starting point for discussion. A final gantry crane quotation should be checked against your yard layout, rail condition, lifting route and actual operating cycle.
Move steel materials, precast parts, molds and equipment across open storage lanes and loading areas.
| Item | Common options | Engineering note |
|---|---|---|
| Capacity | 1 to 320 tons | Final capacity depends on crane type, span, duty class, hoist or winch configuration and site structure. |
| Span | 5 m to 40 m+ by project | Span should match yard lanes, loading routes, precast molds or storage width. |
| Lifting height | Customized to site | Hook height is checked against truck loading, stack height, lifting tools and required clearance. |
| Travel length | Rail mounted or rubber wheel options | Rail route, wheel load and ground condition should be reviewed early. |
| Crane type | Single girder, double girder, semi gantry, container, mobile | Choose by load, duty, span, site space and whether the building can support one side. |
| Environment | Indoor, semi-outdoor or outdoor | Outdoor projects may need wind protection, anchoring, rain covers and corrosion-resistant coating. |
| Duty class | A3 to A7 / FEM options | Higher cycle work needs stronger drives, brakes, controls and electrical protection. |
| Control method | Pendant, wireless remote, cabin, PLC | Large yards often benefit from remote or cabin control for better visibility and safer movement. |
Gantry cranes are useful when the lifting route sits outside a building, crosses a storage yard, serves a precast line, or when adding runway beams inside the workshop is not practical.
Move steel materials, precast parts, molds and equipment across open storage lanes and loading areas.
Handle molds, beams, slabs and finished concrete components across casting and storage areas.
Move plates, profiles, welded assemblies and project cargo through defined outdoor routes.
Support container movement, equipment transfer and outdoor logistics handling.
For overseas projects, clear early data saves time. Share the yard layout, rail or ground condition, travel length, lifting height and working frequency, and we can narrow the crane configuration quickly.
Capacity, span, lifting height, travel length, outdoor condition, power supply and site photos are checked first.
We prepare a practical configuration with crane type, hoist or winch, cantilever, speed, control and safety notes.
Gantry frame, wheel load, rail route, wind protection and service access are checked before final confirmation.
Main beams, legs, hoist or winch, electrical systems and export packing are prepared for installation support.
Compare overhead crane systems for workshops, warehouses and production bays with fixed runway beams.
Mobile gantry cranes can serve maintenance areas, temporary workstations and flexible workshop handling.
These short answers help confirm whether a gantry crane is the right direction before a detailed quotation.
Tell us the load, span, lifting height, travel length and site condition. If you have yard drawings, rail foundation information or photos, mention them in the message and our engineering team can reply with a more useful proposal.
Reply in 24h with practical project questions and next-step data.