Bridge Equipment
Bridge Precast Concrete Production Line
The precast girder adopts a flow-line production mode, ensuring precision, efficiency, and reproducibility.
Rapid Formwork Changeover
Girder length or angle adjustment can be completed within 2 hours in average
Automated Operations
Full-process automatic workflow including automatic mold opening/closing, synchronized concrete distribution and intelligent steam curing, boosting efficiency by approximately 40%
Digital Twin
Real-time production scheduling via BIM+GIS platform for clear visibility of production status
Full Traceability
Real-time monitoring and early warning of key parameters. Each girder can be assigned a unique ID code for full quality traceability
Equipment Technical Parameters
Type | Name | Technical Parameters | |
|---|---|---|---|
Parameter | Value | ||
Concrete Conveying & Distribution System | Concrete Conveying System | Capacity | 3 m³ |
Max. Gradeability | 2.5% | ||
Travelling Speed | 0-60 m/min | ||
Concrete Distribution System | Number of Distributor Gates | 4 | |
Distributor Outlet Lifting Stroke | 0.7m | ||
Concrete Discharge Rate of Distributor | 0.5-2 m³/min | ||
Travelling Speed of Distributor | 0-25 m/min | ||
Production Line Formwork System | Hydraulic Formwork System | Panel Material | 201 Stainless Steel / Q235 |
Synchronization Accuracy | ±3 mm | ||
Attached Vibrator System | Vibration Frequency | 0-200 Hz | |
Travelling Speed | 0-75 m/min | ||
Movable Pedestal | Power Supply | Cable Reel / Battery | |
Max. Gradeability | 1% | ||
Production Line Control System | Max. Travelling Power | 15 kW (Reel Power Supply) | |
Steam Curing System | Steam Curing Chamber | Thermal Insulation Material | 75mm Silica Insulation Board |
Temperature Control Accuracy | ±1℃ | ||
Steam Curing Equipment | Curing Mode | Steam Generator / Air-source Heat Pump | |
Transverse Transfer Shuttle System | Transverse Transfer Shuttle | Travelling Speed of the Shuttle | 0-20 m/min |
Power Supply | Battery | ||
Bridge Precast Concrete Production Line
