High-Speed Motors Panel Bending Machine with Customizable Bending Height and Auxiliary Blades Flexible Bending Center

The High-Speed INVT Motors CNC Bending Center is a flexible panel bending machine engineered for precision and throughput. It combines a pressure-arm feeding system, customizable bending height, and auxiliary folding knives with high-speed motors to deliver improved processing efficiency across demanding production environments.

Custom presser foot lifting and customizable bending height allow the machine to be tailored to specific workpiece requirements, making it a versatile solution for metal fabrication operations of varying scale.

• Pressure arm feeding system 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

This bending center serves multiple industries, including file cabinetry, aluminum veneer walls, stainless steel kitchenware, refrigeration equipment, chassis and cabinet manufacturing, laboratory construction, metal doors, and more.

The bending center features a top-level computer numerical control (CNC) system integrated with motion control cards. The CNC system includes an intuitive human-machine interface with graphical programming support. With exceptional position calculation capabilities, it significantly enhances production efficiency and precision in automated manufacturing.

The motion control cards support 24-axis operation, expandable up to 64 axes, and utilize EtherCAT bus control for high-precision motion control.

The interface is designed for simplicity and ease of use, featuring excellent human-computer interaction for quick learning and efficient operation.

The main frame of the HC-3000 flexible bending center is a high-strength welded steel structure, deliberately chosen over a gray cast-iron bed. Carbon-steel welded members have a higher elastic modulus and better mechanical properties than cast iron, which means the same load produces less deflection. For a bending center that repeats the same stroke millions of times a year, that stiffness directly protects long-term accuracy.

After welding, the entire frame goes through a stress-relief tempering cycle to release the residual stress built up during welding. Only then does the machine receive its precision machining. This is why a well-built welded panel bender holds tolerance for years, while a cast bed can slowly move as hidden stress relaxes. Gray iron also tends to develop blowholes and uneven density, which over years of cyclic loading can turn into cracking.