25 Ton Overhead Material Handling Cranes Types, Designs and Options Features Tailored for Your Needs

A 25 Ton Material Handling Crane is commonly used for lifting and transporting heavy materials in factories, steel plants, machinery workshops, warehouses, shipyards, and production lines. It is usually designed as a double girder overhead crane for medium to heavy-duty applications, while some low-duty applications may use a single girder design.

1. Bridge Structure

• Heavy-duty welded box girder.
• Designed according to lifting capacity, span, and duty class.
• Provides stable operation under frequent material handling conditions.

2. Hoisting Mechanism

• Electric wire rope hoist or open winch trolley.
• Equipped with brake motor, gearbox, wire rope drum, and hook assembly.

3. Traveling Mechanism

• End trucks with wheels and drive motors.
• Frequency converter control can provide smooth acceleration and precise positioning.

4. Electrical System

• PLC control available for automation.
• Schneider, Siemens, ABB, or other international brands can be selected according to project requirements.

Typical Application Industries

• Steel fabrication plants
• Metal processing workshops
• Aluminum plants
• Machinery manufacturing factories
• Power plants
• Automotive production lines
• Heavy equipment maintenance workshops

To design an accurate 25 Ton Material Handling Crane, customers normally need to provide:

• Lifting capacity: 25 ton
• Crane span
• Lifting height
• Runway length
• Working duty (hours per day / lifting frequency)
• Material type and load characteristics
• Indoor or outdoor working environment
• Power supply voltage and frequency
• Control method requirement

The final crane design depends mainly on the load weight, working class, span, lifting height, and operating conditions.

Customized options of 25 ton overhead cranes for different industrial sectors

A 25 Ton Material Handling Gantry Crane is a heavy-duty outdoor or indoor lifting solution designed for handling steel structures, machinery parts, precast components, containers, and other heavy materials. It is commonly used in steel yards, fabrication workshops, warehouses, shipyards, construction sites, and manufacturing plants

1. Main Girder

• Heavy-duty welded box girder design.
• Optimized according to lifting capacity, span, and duty class.
• High rigidity to ensure stable lifting operation.

2. Supporting Legs

• A-type or U-type steel legs.
• Designed to withstand vertical load and horizontal forces.
• Equipped with reliable connection between girder and legs.

3. Hoisting System

• Electric wire rope hoist or winch trolley.
• Includes lifting motor, gearbox, drum, wire rope, hook assembly, and brake system.
• Optional frequency control for smooth lifting and positioning.

4. Traveling System

• Driven by electric motors on end carriages.
• Uses hardened wheels and reliable gear reducers.
• VFD control improves starting and stopping performance.

5. Electrical Control System

• PLC control available for automated applications.
• Components can use international brands such as Siemens, Schneider, ABB, or equivalent.
• Optional remote monitoring and safety systems.

• Steel structure fabrication yards
• Machinery manufacturing plants
• Precast concrete production
• Shipbuilding and repair yards
• Logistics and storage yards
• Railway and bridge construction projects
• Heavy equipment maintenance areas
• Outdoor material handling facilities

For accurate crane design and quotation, customers should provide:

• Lifting capacity: 25 ton
• Crane span: distance between two rails
• Lifting height: required hook height
• Rail length / runway length
• Working duty: lifting frequency and operating hours per day
• Load type: steel, machinery, containers, precast parts, etc.
• Indoor or outdoor working conditions
• Power supply: voltage, frequency, and phase
• Control requirements: pendant, remote control, cabin, or automation

A 25 Ton Material Handling Gantry Crane is mainly customized according to span, lifting height, duty class, working environment, and load characteristics to ensure safe and efficient operation.

A Material Handling Rail Mounted Gantry Crane (RMG) is a heavy-duty gantry crane installed on fixed rails for precise and efficient material transportation. It is widely used in industrial yards, steel plants, precast concrete factories, logistics centers, ports, warehouses, and manufacturing facilities for handling heavy loads over long working areas.

1. Main Girder System

• Heavy-duty welded steel structure.
• Designed according to lifting capacity, span, and working class.
• Provides high strength and stability for repeated lifting operations.

2. Gantry Legs and Supporting Structure

• High-strength steel legs connect the bridge girder with traveling mechanisms.
• Designed to withstand vertical loads and horizontal impact forces.
• Flexible leg design can reduce stress on long-span structures.

3. Hoisting Mechanism

• Equipped with electric wire rope hoist or open winch trolley.
• Includes lifting motor, reducer, drum, wire rope, hook, and braking system.
• Optional hydraulic grab, magnet, spreader, or lifting attachment.

4. Rail Traveling System

• Four-wheel or multi-wheel drive system.
• Heavy-duty wheels run on fixed rails.
• Frequency conversion control provides smooth acceleration and accurate positioning.

5. Electrical Control System

• PLC-based control available for automated operation.
• Supports remote monitoring, anti-sway control, and intelligent positioning.
• Electrical components can use Siemens, Schneider, ABB, or equivalent brands.

Steel Industry

• Steel plate handling
• Steel coil transportation
• Scrap yard loading
• Production line material transfer

Manufacturing Plants

• Heavy machinery movement
• Equipment assembly
• Workshop material handling

Logistics & Storage Yards

• Bulk material handling
• Heavy cargo transfer
• Storage yard management

Precast Concrete Industry

• Concrete beam lifting
• Bridge segment handling
• Mold transportation

Ports & Terminals

• Container handling
• Cargo transfer
• Yard stacking operations

To provide an accurate technical solution and quotation, customers should provide:

• Rated lifting capacity
• Span between rails
• Lifting height
• Rail length / working travel distance
• Load type and dimensions
• Working duty class
• Daily operating hours and lifting frequency
• Indoor or outdoor installation environment
• Power supply (voltage, frequency, phase)
• Required control system and automation level

A Material Handling Rail Mounted Gantry Crane is highly customized according to the load characteristics, operation frequency, span, lifting height, and working environment to achieve safe, reliable, and efficient material transportation.

A Material Handling Rubber Tyred Gantry Crane (RTG) is a mobile gantry crane equipped with rubber tires, allowing flexible movement without fixed rails. It is widely used for heavy material handling, yard transportation, loading and unloading, and production site operations where crane mobility and flexible working positions are required.

RTG cranes are commonly used in steel yards, precast concrete plants, shipyards, logistics yards, power plants, machinery manufacturing facilities, and construction sites.

General Technical Specifications

1. Gantry Steel Structure

• Heavy-duty welded steel frame.
• Designed according to lifting capacity, span, and load conditions.
• Provides high stability during lifting and transportation.

2. Lifting System

• Electric wire rope hoist or winch trolley system.
• Includes lifting motor, gearbox, drum, wire rope, hook, and braking system.

Customized lifting attachments available:

• Hook
• Spreader beam
• Coil lifter
• Magnet
• Grab bucket
• Special lifting fixtures

3. Rubber Tire Traveling System

• Equipped with multiple wheel assemblies.
• Allows flexible movement without rail installation.
• Supports multi-direction operation for complex working areas.

4. Power System

Common power options include:

Diesel Powered RTG

• Suitable for remote outdoor yards.
• Provides independent operation.

Electric RTG

• Lower operating cost.
• Suitable for fixed working areas with available power supply.

Hybrid RTG

• Combines diesel engine and electric system.
• Reduces fuel consumption and emissions.

5. Control System

• PLC-based intelligent control.

Supports:

• Remote operation
• Automatic steering
• Load monitoring
• Anti-sway control
• Positioning system

Steel Industry

• Steel plate handling
• Steel coil transportation
• Scrap yard operation
• Heavy equipment movement

Precast Concrete Industry

• Concrete beam handling
• Bridge segment lifting
• Mold transportation

Shipyard & Heavy Fabrication

• Ship block movement
• Large structure handling
• Assembly assistance

Logistics & Storage Yard

• Heavy cargo transfer
• Material stacking
• Yard transportation

Construction Projects

• Bridge construction
• Large component installation
• Heavy equipment relocation

For accurate RTG crane design, customers should provide:

• Rated lifting capacity
• Load dimensions and weight
• Required lifting height
• Working span
• Traveling distance
• Ground condition and site layout
• Indoor or outdoor operation
• Working frequency and duty class
• Power supply requirements
• Required steering mode
• Control and automation requirements

A Material Handling Rubber Tyred Gantry Crane is customized based on load capacity, mobility requirements, working environment, operation frequency, and power system selection to provide a flexible and efficient heavy material handling solution.