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EHP-11030 Dual-Servo Hybrid CNC Press Brake
ADV® EHP SERIES – Hybrid Press Brake Tecnologia
Efficient And Energy-saving Electro-Hydraulic Servo Press Brake Steel – Precise Bending, Intelligent Operation
Germany’s HAWE oil-electric hybrid drive boosts EHP series energy efficiency by 50%, delivering 0.005mm positioning accuracy and cutting power costs by 40%. Crowning mechanism ensures consistent bending precision across 500-3,200mm widths. 5-micron magnetic scale and pressure filter reduce cycle time by 10%, hydraulic oil use by 50%, and noise.

Powerful Bending Function
Slow bending function
- The slow bending function allows you to set the bending speed for easy operation. You can also set the position where slow bending starts and the waiting time between steps, with support for digital settings or manual selection, improving processing flexibility and precision control.
Pull-back and bending function
- The pull-back and bending function is activated after the mold clamps the material. It first performs an up-and-down movement to confirm that the material is securely clamped, thereby preventing interference with the material during the bending process and ensuring smooth processing.
Circular arc bending function
- The circular arc bending function enables automatic arc bending by entering spacing, converting steps into smooth curves with precision and consistency for sheet metal applications.
Line marking bending function
- The line marking bending function ensures precise forming by positioning pre-drawn lines and optimizing parameters, molds, and intelligent systems, enhancing efficiency and consistency.
New Hybrid Drive System(HAWE ePrAX Control Hybrid Drive System)
The Hybrid Drive System integrates hydraulic and electric servo technologies, enabling intelligent switching between electric (low-load) and hydraulic (high-load) operation of press brakes. This synergy delivers precision, energy efficiency, and reliability.
- Speed: 10% performance gain via reduced cycle times.
- Efficiency: 50% improvement in energy efficiency.
- Precision: 0.005mm positioning accuracy; 400mm stroke capability.
- Consistency: Closed-loop control auto-calibrates Y1/Y2 axis pressure for uniform bending force.
- Cost Savings: Lower maintenance/service expenses.
- Eco-Friendly: Reduced hydraulic oil consumption and operational noise.
- Stability: Integrated servo pump and pressure filter ensure robust, long-term performance.
EHP Series Press Brake Details:

Foot Pedal Switch
Foot pedal switch reduces operator fatigue while enhancing operational efficiency. With a mechanical endurance exceeding 1 million cycles, it ensures long-term reliability in industrial environments.

Laser Safety Protection System (Optional)
High-sensitivity laser safety system with real-time monitoring capabilities immediately halts ram movement upon obstacle detection, preventing operator injury and fully complying with CE safety standards.

Arbitrary lower limit
By using the direct control of the digital encoder, the height of the stop of the working table is directly controlled, in order to avoid unnecessary empty travel, greatly improve the production efficiency.

Double Quick Release and Clamping Device
The upper tool quick-clamping device ensures straightforward and stable installation, prevents upper tool displacement, enables rapid release/clamping cycles, and significantly reduces setup time.

Precision Magnetic Scale
High Precision and Reliability; Specifically Designed for Bending Machines
- 0.5μm, 1μm, 5μm high resolution
- Multiple high-precision home signals
- Robust vibration-resistant mechanical design
- Non-contact induction (wear-free)
- LED status indicators
- Wide voltage input/output support
- Superior pollution resistance
- High-precision bearings (particle-free operation)
- Ultra-flexible cable chain (>10 million bends)
- Output options: NC bare wires, DB9, DB15, customizable
Hybrid Metal Press Brake (Standard Equipment)
Main Characteristics
| Articolo | Unit | EHP-11030 | |
| Nominal Force | KN | 1100 | |
| Workbench | MM | 3200 | |
| Daylight | MM | 500 | |
| Throat Depth | MM | 450 | |
| Backguage Stroke | MM | 650 | |
| Stroke Distance | MM | 200 | |
| Return Speed | MM/S | 170-190 | |
| Bending Speed | MM/S | 10-15 | |
| Approach Speed | MM/S | 180-200 | |
| Backguage Moving Speed | MM/S | 350 | |
| Dimensions(Max.) | Length | MM | 3950 |
| Width | MM | 1900 | |
| Height | MM | 2450 | |
| Total Capacity | KVA | 12.5 | |
| Oil Capacity | L | 70 | |
| Single Motor Power | KW | 4.4 | |
| Total Controlled Axes | Pcs | 4+1/6+1 | |
| Gross Weight (Approx.) | T | 8.2 | |
Hybrid Metal press brake Design Concept:
ADV® EHP Series Hybrid Press Brake is an efficient, precise, energy-efficient and low-noise hydraulic hybrid bending solution.Our servo hybrid press brakes can save up to 80% of energy.
Advantages:
- Low Noise Electro-hydraulic Hybrid Servo
- No Leakage In Hydraulic Lines
- Extended Oil Change Intervals
- Low Thermal Equilibrium Temperature
- High Volumetric Efficiency Of The Oil Pump
- Mechanical compensation device: equipped with compensation wedges, and controlled by CNC numerical control system, the lower workbench produces pre-convex compensation for the flexural deformation of the upper slide, and the angle change of the workpiece is controlled within the tolerance range to ensure high-quality bending accuracy.
- Throat deformation compensation device: The magnetic scale is connected to the workbench through a C-shaped frame, which eliminates the influence of the frame throat deformation on the position of the slide to the maximum extent. This structure can make the machine have anti-eccentric load capacity and effectively prevent non-standard workpieces from colliding with the magnetic scale.
- Overload protection function: The hydraulic system can protect the machine tool from damage when overloaded.
Mold parameter library: Establish a mold parameter library to facilitate customers to quickly obtain sheet bending parameters. - Intelligent angle compensation: The system automatically adjusts the bending angle according to parameters such as material properties, mold size, material thickness, etc. After one trial bending, the angle deviation can be corrected and put into production immediately.
- Automatic bending pressure calculation: The system calculates the bending pressure and alarms when it exceeds the limit range.
- Intelligent Tool Load Monitoring: Ensures tool safety during operation.
Applicazioni:
- EHP series Press Brake targets lightweight automotive parts, new energy batteries, 5G communication frames, and aerospace titanium. Processes high-strength steel, aluminum, and stainless steel, supporting curved surfaces and flexible production. Hybrid energy-saving tech aligns with low-carbon manufacturing.
- The electro-hydraulic servo press brakes is a very reliable metal forming equipment, designed for complex and precise bending tasks. It combines hydraulic drive and servo control technology to provide it with powerful bending capabilities and excellent positioning accuracy.
Why choose ADV® servo-hydraulic metal press brake?
Energy Efficiency: Our servo-hydraulic technology can save up to 80% energy, making it a smart choice for manufacturers with high energy consumption and high operating costs.
Precision Engineering: As a leader in servo press brake manufacturing, ADV offers state-of-the-art machines that ensure excellent precision and performance.
Customizable Solutions: The EHP series is available in a variety of sizes and configurations to meet various stroke lengths and force/load requirements to meet different production needs. Operation experience: Digital interface, easy operation, fast servo system modeling and longer life.
Electro-hydraulic servo technology solves your error problems With the EHP series,ADV® equipment can accurately control pressure and speed, monitor and feedback processing data in real time, and effectively eliminate error problems in production. With intelligent programming and visual correction functions, it further improves production efficiency and helps you easily cope with high-quality manufacturing challenges.
