1.press brake machine High rigidity body and foundation design
●Adopt gantry or C-shaped body structure, optimize the force distribution of the body through finite element analysis, and adopt high-strength cast iron or welded steel structure to ensure overall rigidity and deformation resistance.
●Priority layout function expansion, such as backgauge (X-axis), closest stroke (Y-axis), mechanical compensation (W-axis) and other modules are independently adjustable to adapt to different processing needs.
2. Servo drive and multi-axis linkage control
The core power uses a servo motor to directly drive the ball screw or hydraulic servo system to achieve high response speed of the X/Y axis (the X axis can reach 6m/min, and the Y axis positioning accuracy is ±0.005mm).
●Supports 4+1 axis (Y1/Y2/R/X/W axis) synchronous control, and realizes multi-axis interpolation operation through PLC and EM253 positioning module to ensure the accuracy of complex bending trajectories
3. Intelligent compensation system
● Integrated hydraulic crown compensation or mechanical deflection compensation device, dynamically adjusts the deflection of the workbench through real-time monitoring of plate deformation, compensates for elastic deformation during the bending process, and ensures the consistency of the bending angle throughout the entire length.
4. Human-computer interaction interface
● Equipped with a high-resolution touch screen , which supports graphical programming, process parameter preset and bending process simulation, reducing operational complexity.
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