60 Ton Gantry Crane – Heavy-Duty Lifting Solutions

The 60 ton gantry crane is a heavy-duty lifting system engineered for robust industrial material handling. Yuantai Crane offers a complete range of 60-ton models – from rail-mounted container cranes to rubber-tyred yard cranes, outdoor truss gantries, double-girder designs, and U-type container gantries – all built for reliable performance. These cranes are designed to move massive loads (up to 60 tons) with precision. They meet global safety and quality standards (CE marking under EU Machinery Directive 2006/42/EC and ISO 9001 quality management certification and comply with OSHA/ANSI regulations for overhead and gantry cranes. Each model can be customized for specific spans, lifts, and applications.

60 Ton Gantry Crane Optional Types

60 Ton Truss Gantry Crane for Outdoor Lifting

Ask for Price

60 Ton Double Girder Gantry Crane

Ask for Price

60 Ton U-Type Double Girder Gantry Crane

Ask for Price

60 Ton Rail-mounted Gantry Crane

Ask for Price

60 Ton Rubber-tyred Gantry Crane

Ask for Price

1. 60 Ton Rail-Mounted Gantry Crane for Container Handling

The 60 Ton Rail-Mounted Gantry Crane is designed for heavy container handling on fixed rails in ports and rail yards. It features a sturdy double-girder bridge running on heavy-duty end trucks with steel wheels on rails. A high-capacity container spreader hoist is mounted on a trolley that travels under the bridge, lifting 20' or 40' containers smoothly. This crane model provides stable, precise travel along the yard's rail track and is ideal for loading/unloading containers onto ships or trains. Built to CE, ISO and national standards, it includes safety devices (limit switches, overload sensors) and operator controls that meet OSHA 1910.179/ANSI B30.2 requirements. The rail-mounted design ensures minimal ground footprint and consistent, guided motion. Typical features include dual AC drives for fast trolley and bridge speeds (for high throughput) and reinforced box-section girders for minimal deflection under heavy loads. This container handling gantry crane can be equipped with wired pendant, cabin control, or wireless remote systems to suit different operational needs.

2. 60 Ton Rubber-Tyred Gantry Crane for Container Handling

The 60 Ton Rubber-Tyred Gantry (RTG) Crane is a mobile container crane that runs on heavy-duty rubber tires instead of rails. This container handling gantry crane is ideal for outdoor yards where flexibility is needed. Powered by diesel or electric drive, the RTG can move freely across a storage area, reaching anywhere without fixed rails. It uses a high-clearance double-girder bridge (or occasionally single-girder truss) spanning between leg supports; the trolley/hoist travels under this bridge to pick and place containers. The legs carry powerful rubber wheels and bogies with adjustable outrigger spacings for stability and load distribution. RTGs often include telescopic container spreaders for 20'/40' lift modes and can stack multiple containers high. They incorporate advanced control systems (with GPS or sensors) for precise positioning. Like rail cranes, RTGs meet CE/ISO standards and OSHA safety rules; they include overload protection, wind sensors, and anti-sway features to prevent accidents when moving long loads on uneven terrain. The RTG design offers great versatility and coverage cranes can be driven to any bay in a terminal – making it a popular choice for modern container terminals.

3. 60 Ton Truss Gantry Crane for Outdoor Lifting

The 60 Ton Truss Gantry Crane is a rugged outdoor crane featuring an open-lattice (truss) girder design. The truss structure (often in double-girder form) provides high strength-to-weight ratio, allowing longer spans and higher lift heights without excessive weight. This heavy-duty gantry crane is used in shipyards, bulk material handling yards, and construction sites. For example, a 60T truss gantry can lift large machinery or bridge sections in a foundry yard or move heavy cargo in a marine dock. The open truss beams resist bending and wind loads, making them suited for outdoor lifting. These cranes may be rail-mounted or rubber-tired. They comply with international crane standards (CE, ISO) and feature corrosion-resistant coatings for harsh environments. Like other models, truss gantries include critical safety components: they have travel and lift limit switches, overload sensors, and emergency stop circuits. The benefit of a truss design is its rigidity under load and lower material cost compared to solid beams. Typical applications include steel plant handling, precast concrete yards, and loading heavy items onto ships. The lightweight truss girder also reduces wheel loads, enabling longer spans or higher travel speeds.

4. 60 Ton Double Girder Gantry Crane

The 60 Ton Double Girder Gantry Crane is a general-purpose heavy-duty crane that uses two parallel main girders. The dual-girder configuration provides exceptional lift capacity and stability, with less deflection under load than a single girder. This makes it ideal for lifting heavy components in factories or assembling large structures. The double girders support a sturdy trolley which carries an electric wire-rope hoist rated for 60 tons. The entire structure moves on wheels or rails attached to robust gantry legs. Double-girder gantry cranes are common in steel mills, machining shops, and shipping yards. They can have very long spans and hoisting heights.

5. 60 Ton U-Type Double Girder Gantry Crane

The 60 Ton U-Type Double Girder Gantry Crane is a heavy-duty lifting solution built for yards and ports where vehicles must pass beneath the bridge. It uses a U-profile double girder with the legs placed outside the span, creating an open throat under the bridge so trucks or yard tractors can drive through. The crane carries a robust trolley and hoist across two girders, giving strong lift capability and steady travel for 60-ton loads. Because the legs are cantilevered to the sides, the under-hook clearance is higher and oversized or awkward loads are easier to handle. This layout works especially well for container transfer, quayside work, and dry-bulk handling where clear access beneath the crane is essential. The unit is typically rail-mounted for stability during heavy lifts and high-speed cycles. It meets international standards and includes multiple safety features such as dual brakes, wind-speed alarms, limit switches, and overload protection.

Key Components and Their Functions

A 60 ton gantry crane is a complex lifting system, but each part has a clear role.

1. Bridge and Girders

The bridge and girders form the main load-carrying structure of the gantry crane. They span across the legs and support the trolley and hoist during lifting and travel. Double-girder designs are common for 60 ton capacity because they offer high stiffness and low deflection under heavy loads. Box-section or truss girders resist bending and torsion, which improves stability and positioning accuracy. The bridge relies on end trucks at both ends to move smoothly along the runway.

2. End Trucks (Wheel Assemblies)

End trucks sit at both ends of the bridge and allow the crane to travel along rails or on tires. They contain wheels, bearings, and drive motors. For rail-mounted gantry cranes, steel wheels run on fixed rails for precise movement and high load capacity. For rubber-tired gantry cranes or U-type cranes, heavy-duty tires or bogies allow flexible travel over paved surfaces. End trucks must be precisely machined to reduce wear and keep the crane aligned, which directly affects service life and maintenance costs.

3. Crane Legs (Supports)

Crane legs support the bridge and transfer loads to the ground. Their design depends on site conditions and span requirements. A-frame legs offer good stability and are common in industrial yards. Portal-style legs provide large clearance under the crane, which is useful for trucks and containers. Some legs are adjustable in height to adapt to different working areas. In U-type designs, the legs are positioned outside the working span, which allows wide material handling zones. Strong leg design is critical because it affects overall crane stability and load distribution.

4. Trolley and Hoist

The trolley moves along the bridge and positions the hoist over the load. For a 60 ton gantry crane, the hoist is usually an electric wire rope hoist with a high-capacity drum, wire rope, and hook block. The hoist motor and gearbox provide lifting power, while the hook block connects to the load. Twin-hoist or double-trolley options are available for tandem lifting or handling long and heavy loads. Smooth trolley travel and precise hoisting improve productivity and reduce load swing.

5. Motors, Gearboxes, and Brakes

Each crane motion uses dedicated motors and gearboxes. Bridge travel, trolley travel, and hoisting all have their own drive systems. Modern cranes use AC motors with VFD control for smooth acceleration and speed adjustment. Gearboxes convert motor speed into high torque, which is needed for heavy lifting. Brakes are installed on motors and hoist drums to hold loads securely. Fail-safe brakes engage automatically during power loss, which prevents load drift and improves safety.

6. Electrical Power and Controls

Electrical power reaches the crane through conductor bars or cable reels. These systems supply energy to the bridge and trolley without restricting movement. Control options include pendant stations, operator cabins, and radio remote systems. A PLC-based control panel manages crane movements, speed settings, and safety logic. This system ensures coordinated motion and protects components from misuse or overload. Good control design improves precision and reduces operator fatigue.

7. Safety Devices

Safety devices protect both equipment and personnel. Limit switches stop motion before the crane reaches mechanical limits. Overload protection systems measure load weight and prevent lifting beyond rated capacity. Emergency stop circuits cut power instantly during abnormal conditions. Warning horns and lights alert nearby workers when the crane moves. These systems reduce accident risk and help you meet industrial safety standards.

All components work together to form a reliable heavy-duty lifting solution. Structural elements handle mechanical loads, while drive systems provide controlled motion. Electrical and safety systems protect both the crane and the operator. In Yuantai's 60 ton gantry cranes, heavy-duty box girders, precision wheels, and high-performance gearmotors ensure stable lifting and long service life. Robust braking and control systems add another layer of safety, which is essential in demanding industrial environments.

Features and Benefits for Industrial Applications

A 60-ton gantry crane is built for buyers who need reliable heavy lifting in demanding industrial environments. This crane category focuses on strength, efficiency, safety, and long-term performance. It suits ports, factories, steel plants, and large construction sites where heavy loads move every day.

1. Heavy Duty Performance

The 60-ton gantry crane is engineered for continuous, high-load duty. You get smoother lifting and less sway, which protects both the load and the crane. This strong structure also reduces fatigue on key components, so the crane maintains performance even under frequent heavy lifts.

2. High Efficiency

This crane uses modern drive systems and variable-frequency drives to balance speed and smooth motion. You can move loads faster while maintaining precise control. Faster lifting, trolley travel, and gantry travel reduce handling time and increase throughput. With PLC-based automation, you can preset lifting sequences and reduce manual operation. In container yards or production lines, this efficiency helps you move more material in less time, which directly improves productivity.

3. Safety and Control

Safety is a priority for heavy lifting equipment. Anti-sway control reduces load swing and improves positioning accuracy. Soft start and soft stop functions protect the structure and the load. Alarms, lights, and horns improve visibility and warning signals for workers. Multiple braking systems and overload protection add extra safety layers. Built-in diagnostics help you detect issues early and reduce unexpected downtime.

4.Durability and Reliability

These gantry cranes use industrial-grade steel, motors, and electrical components to withstand harsh environments. They can operate outdoors in rain, dust, high heat, or cold conditions. Protective coatings and corrosion-resistant materials extend service life in coastal or chemical environments. This durability ensures stable performance over many years, even in demanding industrial settings.

5. Versatility

A 60-ton gantry crane supports many applications across different industries. You can use it for container handling, steel coils, slabs, heavy machinery, molds, or large structural parts. Wide spans and high lifting heights allow large and bulky loads to pass under the bridge. You can also add custom spreaders, hooks, grabs, or special lifting fixtures to match your exact needs. This flexibility helps you adapt the crane to changing production tasks.

6. Ease of Maintenance

The crane design allows easy access to key components. Walkways, ladders, and safety rails help maintenance teams inspect and service the crane safely. Motors, gearboxes, and electrical cabinets are positioned for quick access. Modular components make replacement and upgrades easier, which reduces downtime. Regular maintenance becomes simpler and more efficient, helping you keep the crane in top condition.

In summary, customers buying a 60 ton gantry crane for sale get a productive, long-lasting lifting solution. The crane's powerful capacity, precise control, and robust safety systems translate into smoother operations and lower total cost of ownership. Yuantai's 60T cranes are engineered for maximum uptime, making them well-suited to heavy industrial applications.

Safety Precautions

A 60 ton gantry crane handles extremely heavy loads, so safety must always come first. Every lifting task involves people, equipment, and valuable materials. A single mistake can lead to serious damage, injuries, or downtime.

1. Pre-Use Inspection

You should perform a full inspection before every shift. Walk around the crane and check hooks, wire ropes, slings, and chains for wear or damage. Test the brakes, limit switches, horns, and emergency stop system to confirm they work correctly. Inspect power cables, control panels, and visible structural parts. If you find any issue, stop the crane and fix it before lifting any load.

2. Never Overload

You must never lift more than the rated 60 ton capacity. Overloading stresses the structure, hoist, and motors, and it can lead to sudden failure. Many modern gantry cranes include load monitoring systems and alarms, but you should never rely on sensors alone. Always confirm the load weight before lifting. Staying within the rated capacity protects your equipment and your people.

3. Safety Devices

A 60 ton gantry crane includes multiple built-in safety devices to reduce risk. Limit switches stop the crane before it travels too far. Emergency stop buttons cut power instantly in dangerous situations. Audible alarms and warning lights alert workers when the crane is moving, which OSHA requires for overhead and gantry cranes. You should check these systems regularly and ensure everyone understands their function.

4. Area Clearances

You should keep the working area around the crane clear at all times. Do not allow people, vehicles, or equipment inside the load path or travel route. Use barriers, warning signs, or marked zones to control access. Never lift loads over workers or occupied vehicles. Clear space reduces accidents and improves workflow.

5. Controlled Motion

You should move the crane smoothly and avoid sudden starts or stops. Rapid movement can cause the load to swing, which increases the risk of collisions or tipping. Slow down when approaching end stops and when lowering heavy loads. Controlled motion protects both the crane structure and the load.

6. Environmental Conditions

You should pay close attention to weather and site conditions. High winds can cause large loads to sway, especially in outdoor yards or ports. Rain, ice, or dust can affect braking and traction on rails. Some cranes include wind monitoring and anti-skid systems, but you should still suspend operations if conditions become unsafe.

How to get quotation?

Send us your RFQ including the parameters above, we will reply our quotation accordingly.