A 180T Beam Launcher Machine is a specialized heavy-duty construction machine designed for erecting precast concrete girders and bridge beams in highway, railway, metro, and viaduct construction projects. It is engineered to safely lift, transport, position, and install concrete girders weighing up to 180 tons with high precision and efficiency.

This equipment is widely used in large-scale infrastructure projects where conventional cranes are difficult to operate due to limited ground access, high elevations, or long-span bridge structures.

 

 

 

 

Key Design Parameters & Performance Specifications

Parameter	Specification
Lifting Capacity (per girder)	180 Metric Tons
Maximum Span (Pier to Pier)	50 meters (Typical), customizable up to 60m
Minimum Curve Radius	2,000 meters (can be designed for tighter radii)
Maximum Supported Grade	±4%
Lifting Hoists	2 x Main Hoists (typically 120-ton capacity each)
Hoist Lifting Speed	0-5 m/min (variable speed control)
Trolley Traversing Speed	0-10 m/min (variable speed control)
Main Beam Launching Speed	0-5 m/min (variable speed control)
Machine Self-Propelling Speed	0-5 m/min (variable speed control)
Control System	Centralized PLC with frequency control for all motions. Remote control operation.
Power Supply	380V / 50Hz / 3 Phase (or as per project requirement)

 

 

---

1. Main Girder (Launching Girder)

The main girder is the primary load-bearing structure of the beam launcher.

Functions

Supports the lifting mechanism and traveling system

Transfers lifting loads to support legs

Maintains structural stability during girder erection

Features

Fabricated from high-strength steel

Box-type or truss-type structure

Designed for heavy-load and long-span operation

---

2. Front Support Leg

Located at the front end of the launcher and positioned on the bridge pier.

Functions

Supports the front section of the launcher

Maintains balance during beam placement

Assists forward launching movement

Features

Hydraulic height adjustment

Stable pier connection system

High load-bearing capacity

---

3. Rear Support Leg

Installed at the rear section of the launcher.

Functions

Supports the rear part of the machine

Balances the launcher during girder transportation

Ensures safe longitudinal movement

Features

Adjustable support mechanism

Reinforced steel structure

Hydraulic stabilization system

---

4. Middle Support Leg (Optional)

Used in long-span or special bridge erection projects.

Functions

Provides additional structural support

Reduces deflection of the main girder

Improves operational stability

---

5. Lifting Trolley

The lifting trolley travels along the main girder and performs girder lifting operations.

Functions

Lifts concrete girders

Moves beams longitudinally

Enables precise beam positioning

Components

Electric winch

Pulley block

Wire rope

Motor reducer

Traveling wheels

 

6. Traveling Mechanism

Allows the launcher to move forward from one span to the next.

Functions

Longitudinal movement of the machine

Span-to-span launching operation

Precise positioning on bridge piers

Components

Drive motors

Gear reducers

Wheel assemblies

Rail clamping devices

---

7. Hydraulic System

Provides power for lifting, steering, support adjustment, and synchronization.

Functions

Operates hydraulic cylinders

Controls support leg movement

Maintains synchronized lifting

Components

Hydraulic pumps

Hydraulic cylinders

Oil tanks

Valves and pipelines

Advantages

Smooth operation

High control precision

Strong overload protection

---

8. Electrical Control System

Acts as the control center of the beam launcher machine.

Functions

Controls lifting and traveling motions

Monitors equipment status

Ensures safe coordinated operation

Components

PLC control cabinet

Frequency inverter

Sensors

Limit switches

Operator console

Features

Automated synchronization

Fault diagnosis system

Remote control capability

---

9. Beam Carrying Device

Used to transport precast girders during erection.

Functions

Transfers girders into lifting position

Supports beam movement during installation

Features

Heavy-duty transport frame

Stable load distribution

Anti-slip design

---

10. Winch System

Provides lifting and pulling force during operation.

Functions

Raises and lowers girders

Assists trolley movement

Maintains lifting stability

Components

Drum

Wire rope

Brake system

Motor drive

---

11. Rail System

Guides the movement of the launcher and trolley.

Functions

Ensures smooth travel

Maintains accurate alignment

Features

High-strength steel rails

Wear-resistant surface

Precision installation

---

12. Safety Protection System

Protects operators, equipment, and girders during operation.

Functions

Prevents overload and collision

Ensures emergency shutdown capability

Monitors operational safety

Safety Devices

Overload limiter

Wind speed alarm

Emergency stop switch

Anti-collision sensor

Travel limit switch

 

 

Auxiliary Components

Power Supply System

Provides electrical energy for all machine operations.

Maintenance Platform

Allows safe inspection and maintenance work.

Operator Cabin

Provides centralized operation and monitoring.

Lighting System

Ensures safe night-time construction operations.

Communication System

Coordinates lifting and installation activities among operators.

 

 

 

 

Advantages of 180T Beam Launcher Machine for Erecting Concrete Girders

A 180T beam launcher machine offers significant advantages in modern bridge construction projects, especially for highways, railways, metro viaducts, and large-span infrastructure works.

 

1. High Lifting Capacity

The machine is specifically engineered to lift and erect heavy precast concrete girders up to 180 tons safely and efficiently.

Benefits

Suitable for large bridge segments

Handles heavy box girders and T-girders

Supports long-span bridge construction

---

2. High Construction Efficiency

Beam launchers can complete girder erection much faster than conventional crane methods.

Benefits

Rapid span-to-span operation

Reduced bridge construction time

Continuous erection workflow

Lower labor requirements

Result

Improves overall project productivity and accelerates project completion.

---

3. Excellent Stability and Safety

The launcher operates directly on bridge piers with a balanced structural design.

Benefits

Stable lifting performance

Reduced risk of beam swinging

Accurate girder positioning

Reliable heavy-load operation

Safety Features

Overload protection

Emergency stop systems

Wind monitoring devices

Anti-collision systems

 

4. Suitable for Difficult Construction Environments

The beam launcher is ideal for locations where ground cranes cannot operate efficiently.

Applicable Areas

Mountainous regions

River crossings

Deep valleys

Urban viaducts

Narrow construction sites

Benefits

Minimal ground occupation

Reduced dependency on terrain conditions

Improved accessibility for remote projects

---

5. Reduced Dependence on Large Cranes

Traditional bridge erection often requires multiple heavy crawler cranes.

Advantages of Beam Launcher

Eliminates need for oversized ground cranes

Reduces equipment rental costs

Lowers transportation and setup expenses

Minimizes site congestion

---

6. Precise Beam Positioning

Advanced hydraulic and PLC control systems provide accurate girder alignment.

Benefits

High installation precision

Reduced adjustment time

Better bridge assembly quality

Improved construction accuracy

---

7. Strong Adaptability

The machine can be customized for different bridge types and project requirements.

Compatible Girder Types

Box girders

T-girders

U-girders

Segmental beams

Adaptable Features

Adjustable span length

Variable lifting height

Different track gauges

Customized support systems

---

8. Continuous Span Launching Capability

The launcher can move forward directly after completing one bridge span.

Benefits

Continuous erection process

Reduced relocation time

Higher operational efficiency

Faster multi-span bridge construction

 

9. Lower Overall Construction Cost

Although the initial investment is high, long-term operational efficiency reduces total project cost.

Cost Reduction Factors

Faster project completion

Reduced manpower

Lower crane rental expenses

Reduced temporary support structures

Less ground preparation work

---

10. Enhanced Automation and Intelligent Control

Modern 180T beam launchers use advanced automation systems.

Intelligent Features

PLC automatic control

Synchronous lifting technology

Real-time monitoring

Fault diagnosis system

Remote operation capability

Benefits

Improved operational reliability

Reduced human error

Easier equipment management

---

11. Modular Design for Easy Transportation

The machine is usually manufactured in modular sections.

Benefits

Easier transportation to project sites

Faster assembly and disassembly

Convenient maintenance

Lower logistics cost

---

12. Environmentally Friendly Construction

Beam launchers minimize disturbance to the surrounding environment.

Environmental Advantages

Reduced ground damage

Lower noise compared with large cranes

Less temporary road construction

Reduced impact on rivers and vegetation

 

Applications of 180T Beam Launcher Machine for Erecting Concrete Girders

The 180T Beam Launcher Machine is widely used in modern bridge construction projects for safely and efficiently erecting heavy precast concrete girders. It is especially suitable for projects requiring high lifting capacity, precision installation, and continuous span erection.

 

1. Highway Bridge Construction

Beam launchers are extensively used in expressway and highway bridge projects.

Applications

Highway overpasses

Elevated road bridges

Interchange bridges

Multi-span concrete viaducts

Advantages

Fast girder installation

Reduced traffic interruption

High erection efficiency

Suitable for long bridge spans

---

2. High-Speed Railway Bridge Projects

The machine is ideal for high-speed railway infrastructure where precision and stability are critical.

Applications

High-speed railway viaducts

Railway overpasses

Long railway bridges

Double-track bridge erection

Benefits

Accurate beam alignment

Stable heavy-load lifting

Continuous launching operation

Improved construction safety

 

3. Metro and Urban Viaduct Construction

Widely used in urban transportation projects where space is limited.

Applications

Metro elevated lines

Urban rail transit systems

City viaduct bridges

Elevated expressways

Advantages

Minimal ground occupation

Suitable for crowded urban areas

Reduced disruption to city traffic

Efficient span-to-span erection

---

4. Long-Span Concrete Bridge Construction

The 180T launcher can handle large and heavy girders used in long-span bridges.

Applications

Box girder bridges

Continuous beam bridges

Large-span viaducts

Prestressed concrete bridge erection

Benefits

High load-bearing capability

Stable lifting performance

Accurate girder placement

---

5. Mountainous Area Bridge Projects

The launcher is highly suitable for difficult terrain where cranes cannot easily access.

Applications

Valley bridges

Mountain highway bridges

Cliff-side bridge construction

Remote infrastructure projects

Advantages

Reduced dependence on ground cranes

Adaptable to uneven terrain

Safe operation at high elevations

 

6. River and Sea Crossing Bridges

Beam launchers are often used for bridges over rivers, lakes, and coastal areas.

Applications

River crossing bridges

Coastal viaducts

Waterway infrastructure

Marine bridge construction

Benefits

Reduced need for floating cranes

Improved safety over water

Faster erection operations

---

7. Precast Segmental Bridge Construction

The machine supports modern precast segmental bridge assembly techniques.

Applications

Segmental box girder bridges

Prefabricated bridge systems

Industrialized bridge construction

Advantages

High assembly precision

Faster project completion

Improved construction quality

---

8. Infrastructure Megaprojects

Large infrastructure developments frequently require heavy-duty launching equipment.

Applications

National highway systems

Railway corridor projects

Airport elevated roads

Smart city transportation networks

Benefits

Supports large-scale continuous construction

Improves project efficiency

Reduces overall construction time

 

 

Production Procedure of 180T Beam Launcher Machine for Erecting Concrete Girders

The production of a 180T Beam Launcher Machine involves precision engineering, heavy steel fabrication, mechanical assembly, hydraulic integration, and strict quality inspection processes to ensure safety, stability, and long service life.

 

1. Engineering Design and Technical Planning

Before manufacturing begins, the engineering team develops the complete technical design according to project requirements.

Main Tasks

Structural load calculation

Finite Element Analysis (FEA)

3D modeling and assembly simulation

Lifting capacity verification

Stability and safety analysis

Hydraulic and electrical system design

Design Considerations

Rated lifting capacity: 180T

Bridge span requirements

Beam type compatibility

Wind resistance

Operating environment

---

2. Raw Material Procurement and Inspection

High-quality raw materials and components are selected to ensure durability and reliability.

Main Materials

High-strength steel plates

Structural steel sections

Hydraulic cylinders

Electric motors

Gear reducers

Wire ropes

PLC control systems

Inspection Procedures

Material certificate verification

Chemical composition testing

Mechanical property testing

Surface defect inspection

 

3. CNC Steel Plate Cutting

Steel plates are cut according to engineering drawings using precision cutting equipment.

Cutting Methods

CNC flame cutting

Plasma cutting

Laser cutting (for precision parts)

Quality Control

Dimensional accuracy inspection

Edge quality checking

Identification marking

---

4. Structural Fabrication and Assembly

Major structural components are fabricated and assembled.

Fabricated Components

Main girder

Front support leg

Rear support leg

Trolley frame

Support brackets

Maintenance platforms

Fabrication Processes

Plate bending

Structural alignment

Fit-up assembly

Temporary positioning

---

5. Welding Process

Welding quality is critical for the safety of the beam launcher.

Welding Methods

Submerged Arc Welding (SAW)

CO₂ Gas Shielded Welding

Manual welding for special joints

Welding Standards

Full penetration welds

Multi-layer welding procedures

Controlled deformation process

Non-Destructive Testing (NDT)

Ultrasonic Testing (UT)

Magnetic Particle Testing (MT)

Radiographic Testing (RT)

 

6. Machining Process

Precision machining is performed on critical mechanical parts.

Machined Parts

Wheel assemblies

Bearing housings

Pin shafts

Gear connections

Rail contact surfaces

Equipment Used

CNC milling machines

Boring machines

Lathes

Drilling machines

---

7. Mechanical Assembly

Mechanical systems are installed and assembled according to technical specifications.

Installed Systems

Traveling mechanism

Lifting trolley

Winch system

Drive motors

Reducers

Wheel sets

Assembly Requirements

Alignment accuracy

Torque control

Lubrication treatment

Dynamic balance checking

---

8. Hydraulic System Installation

Hydraulic systems provide synchronized lifting and support movement.

Installed Components

Hydraulic cylinders

Hydraulic pumps

Oil tanks

Pipelines and valves

Pressure sensors

Hydraulic Testing

Pressure testing

Leakage inspection

Synchronization testing

 

9. Electrical System Installation

Electrical and automation systems are integrated into the machine.

Main Components

PLC control cabinet

Frequency converters

Sensors

Limit switches

Operator control console

Remote control system

Electrical Procedures

Cable laying

Circuit connection

Signal testing

Automation programming

---

10. Surface Treatment and Painting

Surface protection improves corrosion resistance and machine durability.

Surface Treatment Steps

Sandblasting

Rust removal

Primer coating

Intermediate coating

Final paint application

Benefits

Corrosion resistance

Longer service life

Improved appearance

Protection against harsh environments

---

11. Factory Testing and Commissioning

The completed beam launcher undergoes comprehensive testing before delivery.

Testing Procedures

No-Load Testing

Traveling movement test

Trolley operation test

Control system verification

Load Testing

Static load test

Dynamic load test

Overload protection test

Safety Inspection

Emergency stop verification

Brake performance test

Safety device inspection

 

12. Disassembly and Packing

After testing, the machine is prepared for transportation.

Procedures

Modular disassembly

Component numbering

Protective packaging

Shipping preparation

Transportation Methods

Truck transportation

Rail transport

Container shipment

Sea freight export

---

13. Site Installation and Final Commissioning

At the project site, the launcher is reassembled and tested again.

Site Procedures

Structural assembly

Rail installation

Hydraulic reconnection

Electrical commissioning

Trial operation

Final Checks

Alignment inspection

Load testing

Operational safety verification

 

 

The company has installed an intelligent equipment management platform, and has installed 310 sets (sets) of handling and welding robots. After the completion of the plan, there will be more than 500 sets (sets), and the equipment networking rate will reach 95%. 32 welding lines have been put into use, 50 are planned to be installed, and the automation rate of the entire product line has reached 85%.

Hot Tags: 180t beam launcher machine for erecting concrete girders, China 180t beam launcher machine for erecting concrete girders manufacturers, suppliers, factory