13-64 Axis EtherCAT CNC Panel Bending Machine With Self Developed CNC Control System and Customizable Bending Height

Advanced CNC metal sheet folding machine featuring self-developed control system with 13-64 axis EtherCAT flexible panel bending capability.

• Pressure arm feeding structure for high versatility
• Customizable auxiliary folding knife and power hinge knife
• Customized processing of workpiece bending height
• Customized presser foot lifting function
• High-speed motors for improved processing efficiency
• Handle arc bending, step bending, and hemming with one tool set

Our self-developed control system with source code enables deep customization. The pressure arm feeding structure offers strong versatility for high-mix, low-volume production. Real-time monitoring automatically corrects sheet springback and thickness deviation, ensuring precision. The 13-axis linkage control provides powerful position calculation capabilities. The simple interface with visual programming allows beginners to master operation quickly. The high-strength Q235B/Q335B welded frame ensures stability under high-tonnage impact.

This machine is widely used in office supplies (filing cabinets, metal furniture), kitchen equipment manufacturing (stainless steel kitchenware), refrigeration equipment, enclosures and cabinets, medical devices, laboratory equipment, metal doors, architectural decoration, environmental protection equipment, and industrial manufacturing. It can process various materials including cold-rolled steel, galvanized steel, stainless steel and aluminum sheet.

The bending center control system employs a top-level computer numerical control (CNC) system integrated with motion control cards. The CNC system features an intuitive human-machine interface and supports graphical programming. With exceptional position calculation capabilities, it significantly enhances production efficiency and precision in automated manufacturing. The motion control cards support 24-axis operation, with an expandable capacity up to 64 axes, and utilize EtherCAT bus control for high-precision motion control.

The interface is simple, easy to learn for operators, with excellent human-computer interaction capabilities.