Brief:The main drive motor adopts servo control technology, achieving an energy-saving rate of over 40% compared with traditional asynchronous motor configurations. The machine frame is optimized through finite element analysis (FEA), delivering superior rigidity and structural strength.
As a standard configuration, the mechanical deflection automatic compensation system effectively eliminates workpiece angle deviations caused by frame and slider deformation during the bending process. Equipped with the German Rexroth full-closed-loop electro-hydraulic servo synchronization control system, the high-frequency valve group ensures rapid response, endowing the machine tool with exceptional stability and precision even under high-speed operation.
An integrated pressure sensor enables stable pressure output, significantly reducing the failure rate of the hydraulic pump. The expanded throat depth, closed height, and slider stroke enhance the machine's adaptability for processing large workpieces.
Brief:As a cutting-edge all-electric servo bending machine, the EPB Series leverages a direct-drive servo motor to power the electric cylinder for bending operations—eliminating the need for hydraulic oil and ensuring clean, eco-friendly performance.
When the slider is at rest, power consumption is nearly negligible, delivering an exceptional energy savings of 30%-70% compared to traditional electro-hydraulic bending machines. Beyond efficiency and sustainability, the series excels in high-precision bending, a advantage rooted in its direct-drive servo technology: the motor’s ultra-high responsiveness not only boosts processing efficiency by 1-2 times versus conventional hydraulic models but also lays the foundation for precise motion control. Bending speed can be dynamically adjusted to match varying material thicknesses, material types, and bending lengths; further enhancing accuracy is the integration of advanced algorithm optimization and refined motion trajectory calibration, which minimizes cumulative errors throughout the bending process. Distinct from traditional electric servo bending machines, the EPB Series does away with belts and reducers—instead, the servo motor directly drives the lead screw. This streamlined, backlash-free transmission design ensures instantaneous force transfer and consistent motion synchronization, enabling the machine to achieve both high bending force and rapid working feed speed without compromising precision. The result is superior dimensional stability and angle accuracy for complex workpieces, meeting the rigorous requirements of high-precision sheet metal processing.
Brief:The main drive motor adopts servo control technology, achieving an energy-saving rate of over 40% compared with traditional asynchronous motor configurations. The machine frame is optimized through finite element analysis (FEA), delivering superior rigidity and structural strength.
As a standard configuration, the mechanical deflection automatic compensation system effectively eliminates workpiece angle deviations caused by frame and slider deformation during the bending process. Equipped with the German Rexroth full-closed-loop electro-hydraulic servo synchronization control system, the high-frequency valve group ensures rapid response, endowing the machine tool with exceptional stability and precision even under high-speed operation.
An integrated pressure sensor enables stable pressure output, significantly reducing the failure rate of the hydraulic pump. The expanded throat depth, closed height, and slider stroke enhance the machine's adaptability for processing large workpieces.
Brief:Built on an innovative integrated design of oil cylinder, oil pump, and oil tank, the DPB series features a total oil tank capacity of only 100L. Compared with traditional electro-hydraulic press brakes, it achieves an energy saving of approximately 15%-50%, reduces oil consumption by over 60%, and increases the slider operating speed by 10%.
Brief:Featuring a finite element-optimized frame and synchronized load-sharing design, the bending force is evenly distributed across the two machines, minimizing stress concentration on individual units.
This not only boosts processing stability but also extends the service life of key components (oil cylinders, lead screws, servo motors, etc.). Equipped with an electro-hydraulic servo synchronization system (German Rexroth full-closed-loop control) and high-response high-frequency valve groups, the two machines achieve real-time motion calibration.
It eliminates deviations caused by mechanical clearance, load fluctuations, temperature drift, and other factors, with the Y-axis (a key axis) boasting a repeat positioning accuracy of ±0.01mm and an angle error ≤±0.5°.The CNC system supports one-click switching between "linked mode" and "independent mode" without complex mechanical adjustments, cutting product changeover preparation time to ≤10 minutes and enhancing adaptability to diverse workpiece specifications. Operators can complete parameter setting, motion status monitoring, and process adjustment for both machines via a single CNC panel, eliminating the need for dual-station coordination and reducing human error. Customizable on demand, the dual-machine linked bending machine supports both linked and single-machine operation, offering exceptional flexibility and efficiency.
Brief:The 7th axis of the robot is self-developed by the company, ensuring controllable quality and customizable guideway strokes. It can be seamlessly integrated with the entire series of CNC bending machines. This solution significantly reduces workers' labor intensity and boosts production efficiency. Featuring flexible gripping capabilities, it offers a variety of gripper options tailored to customers' workpieces. Equipped with high-precision displacement sensors, the back gauge achieves real-time closed-loop control for superior processing accuracy.
