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WE67K-1000/10000
TSD
The WE67K-1000/10000 represents the pinnacle of large-scale metal forming technology—a 3+1-axis CNC press brake engineered specifically for extra-large sheet metal processing. With an impressive 10000mm working length and 1000t combined force, this machine addresses the unique challenges of bending oversized workpieces in industries like shipbuilding, bridge construction, and heavy machinery manufacturing.
At the heart of its performance is the DELEM DA-53T control system, which coordinates three primary axes (X, Y1, Y2) and one auxiliary axis (Z) with real-time synchronization. This advanced control ensures ±0.05mm positioning accuracy across the entire 10-meter length, a critical capability for maintaining uniformity in large structures. The machine’s hydraulic crowning system dynamically adjusts pressure distribution based on material thickness and bending length, automatically compensating for frame deflection to ensure consistent angles.
Constructed with a dual-machine tandem configuration (two 500t units), the WE67K-1000/10000 offers modular flexibility—each unit can operate independently for smaller projects or combine for full-length bending. Its welded steel frame uses high-strength steel plates (S460NL) with internal reinforcement ribs, providing exceptional rigidity under extreme loads. Additional features include a remote diagnostic system, dual-operator stations, and a high-capacity cooling system to maintain stable hydraulic performance during extended operation.
Combined Force: 10000kN (1000t) (5000kN per tandem unit)
Working Length: 10000mm (5000mm per unit in tandem mode)
Throat Depth: 500mm
Slider Stroke: 400mm
Maximum Open Height: 800mm
Backgauge System: 6-axis (X, Y1, Y2, Z1, Z2, W) with precision linear scales
Synchronization Accuracy: ±0.05mm between tandem units
Bending Speed: 8-20mm/s (variable based on material)
Crowning Adjustment: ±15mm (automatic hydraulic)
Motor Power: 2×37kW (one per tandem unit)
Hydraulic System Pressure: 31.5MPa
Machine Dimensions: 12000mm × 4000mm × 4500mm
Net Weight: 120000kg
CE Certification: Compliant with EU Machinery Directive
Shipbuilding: Fabricates massive hull sections, bulkheads, and deck plates from 25mm thick steel, ensuring the structural integrity required for marine environments. The machine’s length capacity eliminates the need for multiple joins in large ship components.
Bridge Construction: Processes girder segments and steel trusses for highway and railway bridges, maintaining precise angles that ensure proper load distribution in infrastructure projects. Its accuracy reduces on-site fitting time during bridge assembly.
Heavy Machinery: Forms excavator booms and mining equipment components from high-strength steel, handling the thick-gauge materials needed for heavy-duty industrial machinery. The tandem configuration allows for both large and small component production.
Energy Infrastructure: Bends LNG storage tank panels and offshore platform structures that require resistance to extreme pressure and corrosion. The machine’s precision ensures the tight tolerances needed for energy sector safety standards.
Q: How is synchronization maintained across multiple axes?
A: A high-speed digital servo system paired with precision linear encoders (0.001mm resolution) continuously monitors each slider’s position. The control system compares data 1000 times per second, making micro-adjustments to hydraulic flow to maintain alignment. Deviations exceeding 0.1mm trigger automatic alerts and corrective actions.
Q: What foundation requirements does it have?
A: The machine requires a 1.5m thick reinforced concrete foundation with a minimum load capacity of 30t/m². Vibration-dampening polyurethane pads (80 Shore A hardness) must be installed between the machine base and concrete to isolate vibrations from surrounding equipment and prevent structural fatigue.
Q: Can it integrate with CAD software?
A: Yes, the DELEM control system supports direct DXF/DWG file imports from popular CAD software including AutoCAD, SolidWorks, and Tekla. This feature enables automated programming of complex geometries, converting 2D drawings into bending sequences with minimal operator input.
The WE67K-1000/10000 represents the pinnacle of large-scale metal forming technology—a 3+1-axis CNC press brake engineered specifically for extra-large sheet metal processing. With an impressive 10000mm working length and 1000t combined force, this machine addresses the unique challenges of bending oversized workpieces in industries like shipbuilding, bridge construction, and heavy machinery manufacturing.
At the heart of its performance is the DELEM DA-53T control system, which coordinates three primary axes (X, Y1, Y2) and one auxiliary axis (Z) with real-time synchronization. This advanced control ensures ±0.05mm positioning accuracy across the entire 10-meter length, a critical capability for maintaining uniformity in large structures. The machine’s hydraulic crowning system dynamically adjusts pressure distribution based on material thickness and bending length, automatically compensating for frame deflection to ensure consistent angles.
Constructed with a dual-machine tandem configuration (two 500t units), the WE67K-1000/10000 offers modular flexibility—each unit can operate independently for smaller projects or combine for full-length bending. Its welded steel frame uses high-strength steel plates (S460NL) with internal reinforcement ribs, providing exceptional rigidity under extreme loads. Additional features include a remote diagnostic system, dual-operator stations, and a high-capacity cooling system to maintain stable hydraulic performance during extended operation.
Combined Force: 10000kN (1000t) (5000kN per tandem unit)
Working Length: 10000mm (5000mm per unit in tandem mode)
Throat Depth: 500mm
Slider Stroke: 400mm
Maximum Open Height: 800mm
Backgauge System: 6-axis (X, Y1, Y2, Z1, Z2, W) with precision linear scales
Synchronization Accuracy: ±0.05mm between tandem units
Bending Speed: 8-20mm/s (variable based on material)
Crowning Adjustment: ±15mm (automatic hydraulic)
Motor Power: 2×37kW (one per tandem unit)
Hydraulic System Pressure: 31.5MPa
Machine Dimensions: 12000mm × 4000mm × 4500mm
Net Weight: 120000kg
CE Certification: Compliant with EU Machinery Directive
Shipbuilding: Fabricates massive hull sections, bulkheads, and deck plates from 25mm thick steel, ensuring the structural integrity required for marine environments. The machine’s length capacity eliminates the need for multiple joins in large ship components.
Bridge Construction: Processes girder segments and steel trusses for highway and railway bridges, maintaining precise angles that ensure proper load distribution in infrastructure projects. Its accuracy reduces on-site fitting time during bridge assembly.
Heavy Machinery: Forms excavator booms and mining equipment components from high-strength steel, handling the thick-gauge materials needed for heavy-duty industrial machinery. The tandem configuration allows for both large and small component production.
Energy Infrastructure: Bends LNG storage tank panels and offshore platform structures that require resistance to extreme pressure and corrosion. The machine’s precision ensures the tight tolerances needed for energy sector safety standards.
Q: How is synchronization maintained across multiple axes?
A: A high-speed digital servo system paired with precision linear encoders (0.001mm resolution) continuously monitors each slider’s position. The control system compares data 1000 times per second, making micro-adjustments to hydraulic flow to maintain alignment. Deviations exceeding 0.1mm trigger automatic alerts and corrective actions.
Q: What foundation requirements does it have?
A: The machine requires a 1.5m thick reinforced concrete foundation with a minimum load capacity of 30t/m². Vibration-dampening polyurethane pads (80 Shore A hardness) must be installed between the machine base and concrete to isolate vibrations from surrounding equipment and prevent structural fatigue.
Q: Can it integrate with CAD software?
A: Yes, the DELEM control system supports direct DXF/DWG file imports from popular CAD software including AutoCAD, SolidWorks, and Tekla. This feature enables automated programming of complex geometries, converting 2D drawings into bending sequences with minimal operator input.
