The Automatic CNC Flexible Edge Bending Machine With Loading & Unloading is designed for thin sheet metal bending with all-electric servo closed-loop control, suction cup feeding, automatic loading/unloading interfaces, and intelligent detection functions. It is suitable for materials with a thickness of 1.2 mm or less, supporting forward folding, reverse folding, arc bending, step bending, dead edge, and offset forming.
| Model | Maximum forming dimension (mm) | Maximum bending height (mm) | Maximum forming inner dimension (mm) | Minimum internal dimensions of the four sides (mm) | Minimum bending height (mm) | Bending process | Other processes |
| 1200 | 1200*1200 | 100 | 1200*650 | 200*200 | 4 | Positive/Positive+Negative | Arc、Dead edge, offset |
| 1600 | 1600*1250 | 100 | 1600*950 | 200*200 | 4 | Positive/Positive+Negative | Arc、Dead edge, offset |
| 2000 | 2000*1500 | 100 | 2000*800 | 200*200 | 4 | Positive/Positive+Negative | Arc、Dead edge, offset |
1. Automatic Loading and Unloading Compatibility
The machine provides software and hardware interfaces for gantry robots, robotic arms, and loading/unloading systems, supporting more automated sheet metal production layouts.
2. Intelligent Detection Protection
Off-center load detection, off-center load follow-up, and sheet thickness detection help protect the machine and workpieces while reducing waste caused by incorrect loading or material variation.
3. Up to 25-Axis Servo Linkage
The all-electric servo closed-loop control system supports up to 25 axes of concurrent linkage, helping achieve smooth and coordinated bending movements.
4. Flexible Thin Sheet Forming
It supports forward folding, reverse folding, arc bending, step bending, dead edge, and offset forming for sheet materials with a thickness of 1.2 mm or less.
5. Reinforced Flip-Up Structure
The flip plate uses densely welded reinforcing ribs and heavy webs, helping improve bending resistance and maintain edge straightness over long-span folding.
6. Lower Daily Maintenance
Copper pipe lubrication, stable servo control, professional guide rail installation, and cloud-based monitoring support easier operation and long-term maintenance management.
The fuselage, feeding platform, and all structural components undergo annealing and shot blasting. The welded frame of the fuselage has undergone precise finite element analysis and employs the most stable structural design. High-precision industrial machine tool processing is carried out strictly in accordance with Shengtong's processing standards and procedures.
It adopts an imported all-electric servo closed-loop control system, which supports up to 25 axes of concurrent linkage, and can smoothly realize various complex motion combinations. The overall working efficiency of the machine is industry-leading.
The lubrication pipeline is maintenance-free throughout the entire life cycle of the equipment, eliminating the risk of plastic lubrication pipeline bursting during the later stages of equipment use.
According to the actual bending torque requirements, the servo motor and driver are equipped with 1.3 times the torque, which enhances the overload capacity of the servo motor and driver during operation and avoids damage caused by the motor and driver working under full load for a long time.
The flip plate has densely welded reinforcing ribs and heavy webs on the back, resulting in a high section modulus for bending resistance. The long-span folded edges do not deform or sag, ensuring the straightness and angle consistency throughout the entire length.
Made of 42CrMo forged material, its high strength and hardness ensure a long tool life. The entire tool set is machined to guarantee tool consistency.
Depending on the operational needs of different equipment models, large-diameter ground lead screws are used in conjunction with imported Japanese NSK/NACHI bearings to ensure transmission accuracy. Wide roller guides are friction-resistant and have strong load-bearing capacity, which can effectively improve the stability of equipment operation.
High-precision slewing bearing: The two ends of the flap are hinged to the frame by double-row tapered roller bearings/cross roller bearings, with minimal radial/axial clearance, ensuring no loosening or shaking under long-term heavy loads.
The guide rail assembly is made with professional processes and adopts an adjustment block method, which can effectively ensure the parallelism and flatness of each guide rail, ensure smooth machine operation, prevent wear of the slider rollers due to external forces, and ensure durability.
It has abundant software and hardware interfaces, which can be connected to conventional gantry robots and robotic arms for loading and unloading. The specific selection can be made according to the actual needs of the user.
The device employs a suction cup feeding method, which has obtained a utility model patent. This method is simple, convenient, easy to operate, and safe. It can rotate freely 360°, simplifying loading and unloading operations and greatly improving the safety of operators.
All protruding parts are equipped with protective covers; a fully enclosed rear enclosure ensures production safety.
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