Advanced Automatically Bending Cell
- Fully automatic high-speed bending for maximum productivity
- ±0.01 mm positioning accuracy for consistent, high-quality results
- Energy-efficient servo-electric drive — no hydraulic oil, low noise, low power consumption
- Handles complex shapes (arcs, reverse folding, closed molding) in one setup
CAMT’s Pressure Arm Type Flexible Bending Center is a fully automated sheet metal processing system built for manufacturers who demand both speed and precision. Driven by high-performance servo motors and high-precision lead screws, the machine achieves Y-axis feed speeds of up to 200 mm/s and repeat positioning accuracy of ±0.01 mm—delivering consistent, high-quality bends even on complex geometries.
Unlike traditional hydraulic press brakes, this system eliminates oil circuits entirely. The pure servo-electric drive cuts energy consumption, removes the risk of oil leakage, and keeps noise levels significantly lower, making it cleaner and more cost-efficient to run over long production shifts. Intelligent CNC control combined with dual-servo rotation and automatic blank-holder pressure adjustment allows the machine to handle arcs, reverse folds, closed forms, and multi-step profiles in a single setup, dramatically reducing handling time and scrap.
Modular construction, high-grade QT500-7 / HT250 castings, and full stress-relief treatment ensure long-term structural stability under continuous high-tonnage operation, while the closed-loop servo manipulator enables any-angle workpiece rotation and synchronized feeding for faster cycle times. Bus-based control further supports direct IoT connectivity, giving you remote monitoring and seamless integration into smart factory environments.
Advanced Automatically Bending Cell Specification
| Parameter | Specification |
|---|---|
| Model Type | Pressure Arm Type Flexible Bending Center |
| Drive System | Full Servo-Electric (No Hydraulic System) |
| Y-axis Max Feed Speed | Up to 200 mm/s |
| Repeat Positioning Accuracy | ±0.01 mm |
| Control System | Intelligent CNC with Bus Control (IoT Ready) |
| Rotation System | Dual Servo Rotation with Automatic Downward Pressure |
| Servo Manipulator | Full Servo Closed-Loop Control (Any-angle Rotation + Feeding Linkage) |
| Main Structure Material | QT500-7 & HT250 High-standard Castings |
| Transmission | High-precision Helical Gear Planetary Reducer + Heavy-duty Grinding Screw |
| Key Capabilities | Arcs, Reverse Folding & Flattening, Return Molding, Closed Molding |
| Blank Holder | Segmented Standard + Bilateral Horn Blank Holders |
| Energy & Environment | Low Power Consumption, No Hydraulic Oil, Reduced Noise |
Looking for more detailed specifications or a configuration that better matches your production needs? Contact our team to discuss additional parameters, customization options, or to receive a tailored quotation. We’re ready to help you find the right press brake solution.
Key Advantages of CAMT Advanced Automatically Bending Cell
High-Speed Precision Bending
Y-axis rapid feed reaches up to 200 mm/s with repeat positioning accuracy of ±0.01 mm. This combination of speed and precision ensures consistent bend quality even during high-volume production, significantly reducing cycle time without sacrificing accuracy.
Full Servo-Electric Drive – No Hydraulic Oil
The machine uses pure servo-electric technology instead of traditional hydraulic systems. This eliminates oil leakage risks, lowers energy consumption, reduces noise levels, and removes the need for regular oil changes and filter maintenance, delivering cleaner and more cost-efficient long-term operation.
Dual Servo Rotation with Automatic Pressure Control
Equipped with dual servo rotation and automatic downward pressure structure, the system achieves quick clamping, adjustable pressure, and high rotational positioning accuracy. Combined with the full closed-loop servo manipulator, it enables any-angle workpiece rotation and synchronized feeding, minimizing idle time between operations.
Complex Geometries in a Single Setup
The bending center easily handles circular arcs, reverse folding and flattening, return molding, closed molding, and other intricate shapes in one continuous process. This reduces multiple handling and secondary operations, improving both efficiency and dimensional consistency.
Robust High-Standard Structure for Long-Term Stability
The core frame is built with QT500-7 and HT250 high-grade castings, combined with full welding, multi-stage stress relief treatment, and precision multi-axis machining. Finite element analysis and triangular interconnection design ensure the machine maintains rigidity and accuracy under continuous high-tonnage impact.
Intelligent Bus Control with IoT Connectivity
Bus-based control system allows direct connection to the Internet of Things for remote monitoring, real-time status tracking, and grid integration. Operators can manage production data and equipment status from anywhere, supporting smart factory and digital workshop requirements.
AUXILIARY BLADES OPTION BENDIND TOOLS
The bending center is equipped with a highly adaptable blank holder system consisting of segmented standard holders and bilateral horn blank holders.
The segmented design allows flexible configuration according to different workpiece sizes and shapes, while the bilateral horn blank holders are specifically engineered for challenging geometries such as inward bends and reverse folds. Working in combination with the fixed holders, they significantly expand the machine’s processing range and enable stable clamping of complex parts that traditional systems struggle to handle.
In addition, the intelligent automatic correction function continuously monitors sheet position and automatically adjusts the C/C11 axis to compensate for any rotation errors during feeding. This real-time correction ensures precise alignment throughout the bending process, reduces scrap caused by positioning deviations, and maintains consistent accuracy even when processing large or irregular sheets.
KINEMATIC CONTROL For Bending Center
The bending tool is driven by a high-performance VEICHI servo motor paired with a high-precision helical gear planetary reducer and a heavy-duty grinding screw.
This combination delivers smooth, accurate, and highly responsive movement along the programmed path. The rigid transmission structure ensures exceptional stability during high-speed operation, while the servo-driven design significantly improves energy efficiency and reduces mechanical wear.
Because the system uses precision components with excellent long-term reliability, maintenance requirements are kept to a minimum, helping manufacturers maintain consistent production quality with lower downtime and operating costs.
SERVO MANIPULATOR
The bending center is equipped with a full servo closed-loop control manipulator that enables precise workpiece rotation at any angle.
By synchronizing feeding and rotation movements in a single coordinated action, the system dramatically shortens the time required for workpiece handling, rotation, and positioning. This seamless linkage eliminates unnecessary pauses between operations, resulting in faster cycle times and higher overall production efficiency—especially when processing complex or multi-sided parts.
Automatic Bending Center Solution Advantages
- Fully Automatic Folding for Higher Efficiency and Sustainability
The equipment delivers fully automatic folding operations that significantly boost production efficiency while remaining energy-efficient and environmentally friendly—helping reduce operating costs and support sustainable manufacturing. - Bus Control with Seamless IoT Connectivity
Equipped with advanced bus control, the system can be directly connected to the Internet of Things for remote operation and grid monitoring, enabling intelligent management and real-time oversight. - Dual-Servo Rotation with Automatic Downward Pressure
Featuring a dual-servo rotation system combined with an automatic downward pressure structure, the machine offers rapid pressing, adjustable pressure, and high rotational positioning accuracy for stable and precise performance. - Effortless Handling of Complex Sheet Metal Bending
Easily meets demanding sheet metal requirements including circular arcs, reverse folding and flattening, return molding, closed molding, and other intricate shapes—delivering versatility for diverse high-precision applications.
Production Processing of Bending Center
High-Standard Castings
- Premium cast materials: The machine’s main frame is manufactured from high-strength QT500-7 and HT250 castings, providing a solid foundation for high-load operation.
- Tested after heat treatment: Each cast component is inspected with professional measuring equipment after firing to verify its dimensional stability and quality.
- Optimized structural design: The frame is subjected to finite element stress analysis and features a stable triangular interconnection structure, helping distribute loads more evenly.
- Built for high-tonnage loads: This combination of high-quality castings and optimized structural design significantly improves the machine’s stability and resistance to deformation under heavy impact forces.
High-Standard Welding
- CO₂ gas-shielded welding: Carbon dioxide shielded welding is used throughout the welding process to provide consistent and reliable weld quality.
- Full welding at critical joints: Key connection points are fully welded to create stronger and more secure joints between structural components.
- Strong and clean finish: Careful control of the welding process improves both structural strength and the overall appearance of the machine frame.
High-Standard Welding
- CO₂ gas-shielded welding: Carbon dioxide shielded welding is used throughout the welding process to provide consistent and reliable weld quality.
- Full welding at critical joints: Key connection points are fully welded to create stronger and more secure joints between structural components.
- Strong and clean finish: Careful control of the welding process improves both structural strength and the overall appearance of the machine frame.
Stress Relief Treatment
- Controlled heat treatment: Cast and welded components are treated in a high-precision, temperature-controlled furnace according to the specific material and its corresponding temperature curve.
- Multiple heat-treatment processes: Processes such as tempering and annealing are applied to help reduce internal stresses generated during casting and welding.
- Vibration aging: Components also undergo long-duration, full-frequency vibration aging to further release residual internal stress.
- Greater dimensional stability: By reducing internal stress before assembly, the components are less likely to deform during long-term operation, helping maintain the machine’s structural accuracy and stability.
Precision Machining
- Dedicated fixtures for different components: Customized fixtures are designed according to the shape and machining requirements of each workpiece.
- High-precision multi-axis machining: Multi-axis machining centers are used to process key components with high dimensional accuracy.
- Consistent machining results: Precise positioning and dedicated fixtures help maintain the same reference points during machining, reducing positioning errors.
- Reliable assembly accuracy: Consistent machining accuracy across components provides a more precise foundation for the final machine assembly.
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FAQs When Purchase CAMT Advanced Automatically Bending Cell
What is the bending accuracy of this equipment? Can it meet high-precision sheet metal processing requirements?
Is the equipment fully automatic? What about its production efficiency?
Is the equipment energy-saving and environmentally friendly? What about its energy consumption?
What are the features of the control system? Does it support remote monitoring and IoT connectivity?
How does the downward pressure and rotation system perform? Is the pressure adjustable?
What complex bending processes can it handle?
How is the structural stability and durability of the equipment? Will it deform after long-term use?
What guarantees are there for welding and machining processes? How is accuracy controlled?
Is the equipment suitable for sheet metal of different materials and thicknesses?
Is installation and daily maintenance convenient? Does it support intelligent maintenance?
Have more questions, or need a customized Press Brake solution?
Contact our team for detailed advice, technical support, or a tailored quotation. We’re ready to help you find the right configuration for your production needs.