Electro-hydraulic Press Brake

Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
Electro-hydraulic Press Brake
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This press brake is hydraulically driven, with cylinders controlling the vertical movement of the punch and die. The welded frame structure provides high rigidity and easy installation.

The machine utilizes an advanced electro-hydraulic proportional synchronization system, integrating a grating ruler on the C-frame, CNC control system, and proportional valve to form a closed-loop servo control. This ensures precise speed and position control of the ram, maintaining high parallelism and repeatable positioning accuracy.

Equipped with a specialized CNC system (e.g., CT-8, CT-12, CT-15, DA-53T, DA-58T), the system supports up to 12 axes, including Y1, Y2, X, R, and V axes, as well as optional tool changer, robotic arms, and compensation axes, offering maximum flexibility to meet diverse production needs.

Bending Capabilities
Material Carbon steel, alloy steel, aluminum alloy, copper alloy, high-speed steel, carbide alloy
Length 10-6000mm
Width 10-1500mm
Thickness 0.5-20mm
Angle 0-180 degrees
Accuracy 0.1-0.3mm
Shapes V Shape, U Shape, Z Shape, L Shape
Examples of Our Processed Sheet Metal Products
Technical Parameters
Length Width Column spacing(A) Slide stroke (B) Maximum opening height (C) Throat depth (D) Height
Model Nominal Pressure (kN) Workbench Length (mm) Column Spacing (mm)(A) Slide Stroke (mm)(B) Max. Opening Height (C) Throat Depth (mm) (D) Workbench Height (mm) Rapid Decent Speed (mm/s)  Decent Speed (Slow Speed Mode) (mm/s) Return Speed (mm/s) Main Motor Power (kW) Oil Tank Capacity (L)  Backgauge X-Axis Stroke Weight
500 1500 1200 165 420 250 850 250 10 200 5.5 180 600 3.7T
800 2500 2100 165 420 250 930 230 10 180 7.5 280 600 5.8T
1100 3200 2700 205 460 400 930 220 10 160 7.5 300 600 7.8T
1300 3200 2700 205 460 400 930 200 10 160 11 300 600 8.6T
1700 3200 2700 205 460 400 930 180 10 130 11 400 600 10.8T
2200 3200 2700 205 460 400 930 180 10 130 18.5 400 600 11.5T
2500 3200 2700 250 520 405 900 140 8 100 18.5 450 600 16.5T
3200 3200 2600 250 520 405 900 130 8 100 22 500 600 17.6T
4000 3200 2600 300 540 405 900 120 7 90 30 650 600 20.5T
1100 4000 3300 205 460 400 930 220 10 160 7.5 350 600 8.8T
1300 4000 3300 205 460 400 930 200 10 160 11 350 600 9.5T
1700 4000 3300 205 460 400 930 180 10 130 11 450 600 11.5T
2200 4000 3300 205 460 400 930 180 10 130 18.5 450 600 12.8T
2500 4000 3300 250 520 405 900 140 8 100 18.5 450 600 18T
3200 4000 3200 250 520 405 900 130 8 100 22 500 600 19.6T
4000 4000 3200 300 540 405 900 120 7 90 30 650 600 22T
1700 6000 5000 205 460 405 1250 180 10 110 15 500 600 18.8T
2500 6000 5000 250 520 405 1250 180 8 100 22 580 600 22T
3200 6000 5000 250 520 405 1250 130 8 90 26 650 600 28T
4000 6000 5000 300 560 405 1250 120 7 80 30 750 600 36T
Components in Details
    1. CybTouch 8 Touchscreen

      The CybTouch 8 features a clear, high-resolution touchscreen with a highly integrated set of functions. Thanks to its interactive touch interface, it offers large icon buttons, an intuitive layout, online assistance, and various automated functions, providing continuous guidance for operators.

      Designed for ease of use, the CybTouch 8 is particularly well-suited for installation on a swing arm, ensuring convenient operation and accessibility.

    1. Compensation Workbench

      Equipped with a CNC-controlled deflection compensation system, this feature enhances bending accuracy and ensures precise angles. Our standard configuration includes a mechanical deflection compensation system for optimal performance.

    1. Throat Deformation Compensation Mechanism

      The grating ruler is mounted on the C-frame at the throat position, allowing for micro-compensation of throat deformation under high pressure. This design ensures greater bending precision and overall machining accuracy.

    1. CNC Backgauge

      The backgauge is constructed with a ball screw, linear guide, and adjustable lifting stop, ensuring smooth and precise positioning. The standard configuration includes CNC-controlled X and R axes, with backgauge fingers that can be adjusted laterally to accommodate different material widths. A manual fine-tuning mechanism is also included for enhanced accuracy.

      The backgauge beam undergoes annealing treatment and is processed using a gantry machining center, providing high stability and superior precision.

    1. CNC Press Brake Tooling

      The punch is made from forged alloy steel, precisely machined using CNC processing. The surface can be treated with black oxide coating for rust prevention and is available in customized segmented designs.

      The die features a concentric design, ensuring high efficiency in die opening transitions, optimizing performance and adaptability.

    1. Machine Frame

      The frame is constructed as a single welded structure, integrating the left and right columns, oil tank, worktable, and bottom beam. This design ensures high strength, superior stability, and precision.

      The entire frame is machined on a floor-type boring machine, guaranteeing high accuracy and a stable structure, making installation and calibration more efficient.

      Utilizing advanced finite element analysis (FEA) for structural optimization, the frame is designed to minimize deformation while maintaining maximum strength.

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