The fully automatic multi-sided bending center can bend various complex shapes

2024-09-06 Leave a message

The new generation of fully automatic multilateral bending center is a benchmark product for the sheet metal manufacturing industry to enter automated production. It not only saves a lot of manpower, but also has a bending speed that is three times that of a CNC bending machine, reaching 0.5s/time. Full servo control can control product accuracy within 3S. 


Flexible bending center, sheet metal bending does not require molds and can bend various complex shapes; the equipment is equipped with a pure electric servo system to replace hydraulic drive, with the advantages of environmental protection, fast speed, high precision, and maintenance-free. 


Intelligent flexible bending center, also called fully automatic multilateral bending center, can bend various complex shapes, and easily achieve complex sheet metal bending requirements such as arcs, dead edges, return shapes, and closed shapes. It is used in the field of metal forming for different workpieces in different industries. 


The intelligent flexible bending center has reserved a wealth of interfaces for easy docking with upstream and downstream production lines. It can be docked with a robotic arm to achieve automatic integrated loading and unloading. 


Advantages of flexible sheet metal stamping production line: 

⑴ Save time cost: continuous feeding of coil materials, CNC stamping and forming, the processing speed is several to dozens of times that of CNC punching machines (laser cutting machines) (a 40U square hole bar can be completed in more than ten seconds); 

⑵ Save management costs: no professional personnel or engineers are required, and tabular programming is adopted, and ordinary operators can perform programming and operation; 

⑶ Save labor costs: one person can operate multiple feeders at the same time, greatly reducing equipment and operators; 

⑷ Save equipment costs: one device can replace multiple CNC punching machines, laser cutting machines or ordinary punching machines; 

⑸ Save mold costs: one mold has multiple uses, and multiple molds are flexibly combined, saving mold costs and greatly reducing mold change time; 

⑹ Save material costs: coil feeding, saving the cost of purchasing materials, no edge materials, and greatly improving the utilization rate of materials (saving 10% to 20%).

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