CAMT Heavy Duty Super Press Brake For Sale
- Efficient processing of long and thick plates, max bending thickness up to 10-12 mm (mild steel)
- Electro-hydraulic servo synchronization accuracy ±0.01 mm, backgauge positioning ±0.05 mm
- Compatible with DELEM and proprietary dual CNC systems, one-page programming for higher efficiency
- Hybrid Servo ECO technology — 20% faster response and lower energy consumption
- Optional bending follower and adjustable large V-dies for complex large workpieces
Designed for the most demanding heavy-industry applications, the CAMT Heavy Duty Super Press Brake is a high-performance hydraulic or full CNC-controlled bending machine built specifically for processing large, long, and thick metal plates.
It features a robust high-strength welded steel frame (Q235 A1) that has been optimized through finite element analysis (FEA) to ensure outstanding rigidity and long-term stability under continuous high loads. Equipped with an advanced electro-hydraulic servo system, high-precision sensors, servo valves, and intelligent CNC control software, the machine delivers exceptional bending accuracy and reliable Y1/Y2 synchronization.
Capable of handling thick carbon steel, stainless steel, aluminum alloys and other materials, it typically achieves a maximum bending thickness of 10–12 mm for mild steel (depending on material and tooling configuration). With higher tonnage capacity and an extended worktable length, this press brake is ideal for industries such as shipbuilding, bridge construction, steel structures, wind turbine towers, and pressure vessel manufacturing.
Whether you need high-precision single-piece production or efficient batch processing of large workpieces, the CAMT Heavy Duty Super Press Brake provides the power, accuracy, and reliability required for the toughest bending challenges.
Heavy Duty Super Press Brake Specification
| Model | Nominal Pressure (kN / Ton) | Max. Bending Length (mm) | Distance Between Uprights (mm) | Throat Depth (mm) | Ram Stroke (mm) | Max. Opening Height (mm) | Main Motor Power (kW) | Approaching Speed (mm/s) | Working Speed (mm/s) | Return Speed (mm/s) |
|---|---|---|---|---|---|---|---|---|---|---|
| 200T/3200 | 2000 / 200 | 3200 | 2700 | 400 | 250 | 520 | 18.5 | 120 | 0–12 | 100 |
| 250T/4000 | 2500 / 250 | 4000 | 3300 | 450 | 250 | 540 | 22.5 | 120 | 0–12 | 90 |
| 300T/5000 | 3000 / 300 | 5000 | 4100 | 450 | 300 | 560 | 30 | 110 | 0–10 | 90 |
| 400T/6000 | 4000 / 400 | 6000 | 5000 | 500 | 320 | 600 | 37 | 100 | 0–10 | 80 |
| 500T/6000 | 5000 / 500 | 6000 | 5000 | 500 | 350 | 650 | 45 | 90 | 0–9 | 80 |
| 600T/7000 | 6000 / 600 | 7000 | 5800 | 550 | 400 | 700 | 55 | 80 | 0–8 | 70 |
Additional Technical Parameters (Standard for Heavy Duty Super Series)
| Item | Specification |
|---|---|
| Control System | DELEM DA66T (17" TFT) or CAMT Integral Advanced CNC (21.6" HD Touch Screen) |
| Axes Configuration | Standard 4 axes (Y1, Y2, X, R); Optional up to 4+1+2 or higher |
| Synchronization Accuracy | ±0.01 mm (Electro-hydraulic servo + grating ruler feedback) |
| Backgauge Positioning Accuracy | ±0.05 mm |
| Backgauge System | CHTR BGA 600 mm stroke, speed 300 mm/s |
| Crowning System | High-precision multi-point mechanical crowning |
| Max. Bending Thickness (Mild Steel) | 10–12 mm (depending on material and tooling) |
| Frame Structure | Heavy-duty welded Q235 A1 high-strength steel, FEA optimized |
| Hydraulic System | Full closed-loop high-performance system + Hybrid Servo ECO technology |
| Linear Scales | Imported Italy GIVI magnetic scales |
| Electrical Components | France Schneider |
| Lubrication | Graphite self-lubricating copper plates |
| Optional Features | Light curtain safety system, Bending Follower, Adjustable Big V Die, Automatic tool changer, Tandem configuration |
Note: Specifications are based on CAMT Heavy Duty Super Press Brake series data (200–600 ton range) and can be customized according to customer requirements. Please contact us for detailed configuration and exact model parameters.
Key Advantages of CAMT Heavy Duty Super Press Brake
Exceptional Synchronization Accuracy
Electro-hydraulic servo system with grating ruler feedback delivers slider synchronization accuracy within ±0.01 mm. This ensures consistent bending angles across the entire length, even on long and thick plates, reducing scrap and rework in high-precision applications.
FEA-Optimized Heavy-Duty Frame
The machine features a high-strength Q235 A1 welded steel frame optimized by Finite Element Analysis (FEA). It is designed to withstand continuous loads up to 600 tons while maintaining rigidity and long-term stability under extreme working conditions.
Hybrid Servo ECO Energy-Saving Technology
The advanced Hybrid Servo system combines servo-electric and hydraulic power, delivering up to 20% faster response than traditional hydraulic systems while significantly reducing energy consumption through regenerative power recovery. Lower operating costs and more sustainable production.
Dual CNC Control Options for Maximum Flexibility
Choose between the industry-proven DELEM DA66T (17" high-resolution touch screen with 2D/3D graphical programming) or CAMT’s proprietary Integral Advanced CNC system featuring a 21.6" HD touch screen, one-page programming, and Linux stability. Both support multi-axis control and offline programming.
High-Precision Backgauge & Multi-Point Crowning
Equipped with CHTR rear gauge (600 mm stroke, 300 mm/s speed) achieving ±0.05 mm positioning accuracy, combined with high-precision multi-point mechanical crowning. This guarantees uniform bending results over long workpieces and minimizes angle deviation.
Designed for Large & Thick Plate Processing
Specifically engineered for heavy industry applications such as shipbuilding, bridges, wind turbine towers, and pressure vessels. Supports optional bending follower, adjustable large V-dies, and tandem configurations to handle ultra-long, ultra-wide, or ultra-thick plates with higher efficiency and safety.
FEA & Stress Analysis of Press Brake
Stress Analysis & Finite Element Analysis
CAMT FEA plays a pivotal role by optimizing structures through stress distribution analysis to identify and reinforce high-stress areas, enhancing strength while minimizing material waste; verifying performance by predicting deformation under extreme loads (e.g., 600 tons) to ensure precision and stability for Y1/Y2 synchronization; assessing safety by evaluating stress concentration to mitigate fatigue or fracture risks for long-term reliability; and conducting dynamic analysis to simulate transient loads and vibrations in complex scenarios like tandem bending or high-speed operations, optimizing servo motor response and overall machine stability.
DELEM DA66T Touch 2D Graphical Control
DELEM CNC Control System
- 17" High-Resolution Color TFT Display: Crystal-clear visuals that reduce eye strain and make complex layouts easy to view.
- 2D Graphical Touch Programming: Intuitive touch controls that cut programming time and speed up operator training.
- 3D Simulation & Production View: Real-time 3D visualization that prevents collisions and eliminates costly trial runs.
- Full Windows Application Suite: A familiar, robust OS environment that integrates smoothly with your office workflows.
- Delem Modusys Scalability: Modular expandability that easily adapts to your future production upgrades.
- Flexible USB & Peripheral Interfacing: Quick file transfers and seamless connection to standard workshop peripherals.
- Flexible USB & Peripheral Interfacing: Quick file transfers and seamless connection to standard workshop peripherals.
- Sensor Bending & Correction Interface: Real-time angle compensation that ensures consistent high-precision results.
Intergral Advanced CNC Control System
More Than 10 Years R&D CNC Control
The CAMT Integral Advanced CNC system is equipped with a large 21.6-inch high-definition color touch screen that offers a clear and intuitive human-machine interface. Its unique “one-page” programming layout allows operators to view and adjust all essential bending data on a single screen, making curve modifications faster and more straightforward.
The system supports full 4-axis control and is fully capable of handling the most advanced 4+1+2 axis configurations, giving users the flexibility needed for complex multi-axis bending tasks. Running on a stable Linux operating platform, it starts up quickly and can be safely powered off at any time without the risk of system damage or data loss.
Bending parameters are calculated automatically, while the speed of each bending step can be freely programmed. Operators can precisely control slow-down points and mid-stroke stops. Convenient functions such as quick mold alignment are available directly on the home screen, enabling even new operators to become productive in a short time. In addition, the system provides a rich set of industrial interfaces, allowing the press brake to be easily integrated into automated production lines as a bending unit.
High Strength & Stability Large Press Brake
Heavy Duty Structure Bending Machine
Engineered specifically for large and demanding workpieces, this heavy-duty press brake handles ultra-long, wide, and thick plates with ease. It is widely applied in shipbuilding, bridge construction, steel structure fabrication, wind turbine tower manufacturing, and pressure vessel production.
Through advanced CNC programming, the machine supports multi-angle and multi-stage bending sequences, allowing operators to form complex geometries with high consistency. Precise synchronous control combined with a high-accuracy backgauge system ensures stable bending angles and dimensional accuracy across the entire workpiece — critical for industrial components that must meet strict tolerance requirements.
The system stores multiple programs, making it equally suitable for high-volume batch production and single-piece custom work. Its versatility extends across steel structures, rail transportation, aerospace, and energy equipment manufacturing, covering components such as lighting poles, carriage panels, and architectural curtain wall elements.
Optional Safety Arrangement - Light Curtain
The electro-hydraulic servo system, combined with high-precision grating ruler feedback, delivers slider synchronization accuracy within ±0.01 mm. This level of control ensures consistent results even when bending long or thick plates. The backgauge achieves a positioning accuracy of ±0.05 mm, making the machine well-suited for precision parts that demand tight dimensional tolerances.
Bending force and stroke are calculated automatically, which significantly shortens setup time and allows operators to change tools and create new programs more quickly. The machine supports a wide range of tooling configurations, enabling flexible processing of different material thicknesses and types. Optional upgrades such as automatic tool changing, variable V-groove dies, and automated loading/unloading systems further increase productivity and help integrate the press brake into fully automated production lines.
Role and Advantages of the Follow-Up Device in Bending Machines
Bending Follower
The bending follower (also called follow-up support or sheet support) is designed to assist when processing large or thin plates. It provides a synchronized support platform that moves together with the ram, holding the sheet steadily throughout the bending process. This prevents the plate from sagging or deforming under its own weight or the applied bending force.
The support automatically adjusts both its height and angle according to the size of the workpiece and the required bending angle, maintaining consistent stability from start to finish. As a result, operators achieve better angular accuracy, reduced surface marks or deformation, and lower physical workload. The system is particularly effective when bending ultra-long or ultra-thin plates, making it a practical solution for demanding applications in shipbuilding, steel structure fabrication, and similar heavy industries.
Industrial Air Conditioning in Bending Machine Operations
Industrial air conditioning creates a more comfortable working environment by maintaining stable temperature and air quality around the press brake. This reduces thermal stress on operators and helps them maintain higher concentration and efficiency throughout long shifts.
By keeping the machine and its electronic components within optimal temperature ranges, the system also lowers the risk of overheating-related failures and reduces overall maintenance costs. Modern industrial units feature inverter technology and heat recovery functions that significantly cut energy consumption compared with conventional systems. The air conditioning can be customized to match different workshop conditions and specific machine requirements, ensuring consistent performance and minimizing the chance of temperature-related operational errors.
Adjustable Big V Die
Italy Importaed Maganetic Ruler - Precise Postioning and On-time Reaction
The adjustable big V die is designed for complex metal forming tasks that traditional fixed dies often struggle to handle. Depending on the machine’s synchronization capability, it can achieve bending angles as tight as 30 degrees with high consistency.
Compared with conventional tooling, this die reduces the required bending force by approximately 10%, which helps lower material stress and deformation. Tool changeover time is shortened by 30% or more, allowing operators to switch between different jobs more efficiently. The design also consumes less energy during operation, making the overall process more economical and easier to manage.
In addition, the die is compact and easy to transport, so it can be quickly added or integrated into existing tooling setups according to specific production needs.
CAMT Itergral Hydraulic System
Advanced Hybrid Servo ECO Technology
CAMT’s Hybrid Servo ECO technology combines the strengths of servo-electric and hydraulic systems to deliver high performance while significantly cutting energy use. The hybrid design reduces power consumption during both idle and working cycles, allowing the machine to operate more efficiently and with a lower environmental impact — without sacrificing bending force or speed.
Precise positioning is maintained throughout every stage of the bending process thanks to the seamless coordination between the servo and hydraulic components. This results in consistent accuracy, faster response times, and smoother operation. By lowering energy costs and improving overall system efficiency, the technology helps manufacturers achieve more sustainable production while maintaining the reliability and precision required for demanding industrial applications.
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FAQs When Purchase Heavy Duty Super Press Brake
What is the typical tonnage and bending length range of this Heavy Duty Super Press Brake?
What level of bending accuracy can I expect?
Which CNC control systems are available?
How energy-efficient is the Hybrid Servo ECO system?
What is the maximum plate thickness this machine can bend?
Can the machine be integrated into an automated production line?
What safety features are included?
How reliable is the machine structure for continuous heavy-duty work?
What kind of after-sales support and training do you provide?
Can the machine be customized or supplied in tandem configuration?
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.