Product Overview:
The double-machine linkage bending machine is a high-precision CNC press brake designed for large-scale and heavy-duty sheet metal bending. It uses either torsion shaft synchronization or more advanced electro-hydraulic synchronization, with electro-hydraulic systems preferred for larger models due to improved stability and simplified structure.
Dual-machine synchronization ensures uniform bending force distribution
Electro-hydraulic system eliminates bulky torsion shafts in large models
Hydraulic cylinders and servo systems coordinate for precise ram movement
1. Automatic Compensation System
Electromechanical convex compensation corrects slider deformation
CNC system automatically adjusts compensation for high precision
2. High-Precision Back Gauge System
Multi-axis back gauge control
Uses imported guide rails, screws, and bearings for accuracy
3. Integrated Welded Frame
One-piece welded structure ensures rigidity and long-term stability
Easier transportation and machining accuracy retention
4. Finite Element Optimization
ANSYS simulation applied to key components like frame and slider
Enhances reliability and structural strength
5. Advanced Hydraulic System
German hydraulic components integrated into system design
Reduced piping improves stability and aesthetics
Dutch DELEM CNC system
Italian ESA CNC system
Swiss CYBELEC CNC system
C-shaped side plates with high-precision grating rulers
Reduces deformation impact on bending accuracy
Ensures consistent and repeatable results
Heavy-duty sheet metal fabrication
Construction machinery
Shipbuilding and automotive industries
Structural steel processing
Industrial manufacturing lines
This machine is designed for high-precision, large-scale, and complex bending operations, combining advanced CNC control, hydraulic synchronization, and structural rigidity for industrial-grade performance.
Read moreProduct Overview:
The double-machine linkage bending machine is a high-precision CNC press brake designed for large-scale and heavy-duty sheet metal bending. It uses either torsion shaft synchronization or more advanced electro-hydraulic synchronization, with electro-hydraulic systems preferred for larger models due to improved stability and simplified structure.
Dual-machine synchronization ensures uniform bending force distribution
Electro-hydraulic system eliminates bulky torsion shafts in large models
Hydraulic cylinders and servo systems coordinate for precise ram movement
1. Automatic Compensation System
Electromechanical convex compensation corrects slider deformation
CNC system automatically adjusts compensation for high precision
2. High-Precision Back Gauge System
Multi-axis back gauge control
Uses imported guide rails, screws, and bearings for accuracy
3. Integrated Welded Frame
One-piece welded structure ensures rigidity and long-term stability
Easier transportation and machining accuracy retention
4. Finite Element Optimization
ANSYS simulation applied to key components like frame and slider
Enhances reliability and structural strength
5. Advanced Hydraulic System
German hydraulic components integrated into system design
Reduced piping improves stability and aesthetics
Dutch DELEM CNC system
Italian ESA CNC system
Swiss CYBELEC CNC system
C-shaped side plates with high-precision grating rulers
Reduces deformation impact on bending accuracy
Ensures consistent and repeatable results
Heavy-duty sheet metal fabrication
Construction machinery
Shipbuilding and automotive industries
Structural steel processing
Industrial manufacturing lines
This machine is designed for high-precision, large-scale, and complex bending operations, combining advanced CNC control, hydraulic synchronization, and structural rigidity for industrial-grade performance.
Pro
Jiangsu Weiyang Heavy Industry Technology Co., Ltd.
Registered Saturday 11:24
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