HP-5015 CNC Hydraulic Press Brake

Model: HP-5015

Process: Dual-closed-loop servo drives and dynamic energy optimization cut energy use by 35% and boost response by 50%. Pressure adaptive compensation ensures ±0.01mm repeatability, 99.8% uptime stability, and 40% lower operating costs.

Product Overview: The HP series features Laimore/Delem/CybTouch CNC platforms with 4+1-axis standard control (6+1 optional). It is built on a rigid monoblock frame and is equipped with German HAWE/Rexroth hydraulics for tonnage and speed via pressure balancing and multi-stage efficiency. A multi-axis backgauge system enables fast part positioning, while full-loop synchronization ensures precision in high-speed forming, especially for irregular geometries.

Applications: It's ideal for vehicles, batteries, 5G chassis, and aluminum frames. It bends high-strength materials well. Modular tooling and a smart process library support flexible batch production, making it a versatile solution for sheet metal fabrication.

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Item		Unit	HP-5015
Nominal Force		KN	500
Workbench		MM	1500
Daylight		MM	460
Throat Depth		MM	300
Backguage Stroke		MM	650
Stroke Distance		MM	160
Return Speed		MM/S	150
Bending Speed		MM/S	8-12
Approach Speed		MM/S	160
Backguage Moving Speed		MM/S	350
Dimensions（Max.）	Length	MM	2450
	Width	MM	1700
	Height	MM	2370
Total Capacity		KVA	6
Oil Capacity		L	150
Single Motor Power		KW	4
Total Controlled Axes		Pcs	4/6
Gross Weight (Approx.)		T	4

HAWE ePrAX Control Hybrid Drive System (Germany)

New Hybird Drive System

The Hybrid Drive System integrates hydraulic and electric servo technologies, enabling intelligent switching between electric (low-load) and hydraulic (high-load) operation for 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.

High-Efficiency Servo Drive System

Stable · Precise · Powerful

Dual-Servo Motor Synchronous Drive: Two high-performance servo motors synchronize to drive the worktable, delivering robust and stable reciprocating motion with strong load resistance—ideal for high-frequency, high-precision bending tasks.
Heavy-Duty Ball Screw Drive: Industrial-grade ball screws ensure high transmission efficiency, low friction, smooth operation, and extended service life. Handles both thin sheets and heavy workpieces with ease.
High-Precision Position Detection & Real-Time Feedback: Integrated high-sensitivity position sensors and CNC control enable real-time screw position monitoring, achieving ≤±0.03mm repeatable positioning accuracy for every bend.
Consistent Bending Pressure: Stable power output and precise position control maintain uniform pressure distribution across bends, minimizing angular deviations and enhancing product dimensional accuracy.
Smart Linkage Control System: Automatically adapts to process requirements, optimizing drive paths for faster response, lower energy consumption, and intelligent operation—boosting production efficiency.

HP 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.

Precision Magnetic Scale

High Precision and Reliability; Specifically Designed for Bending Machines

High-precision, real-time, closed-loop control detects and corrects bending displacement errors in real time.

5-micron ultra-high resolution; captures every displacement change.

±15 µm positioning accuracy

Supports 150–2000 mm measurement range, suitable for various bending machine specifications.

Adjustable reference point for easy system integration and calibration.

LED display for real-time status monitoring.

Uses a symmetrical adapter for simple installation and enhanced compatibility.

Output signals: Supports push-pull, TTL line drive, and wide voltage line drive outputs, compatible with various control systems.

Protection rating: Meets IP66 standards for dust and water resistance, suitable for harsh industrial environments.

Automatic Backgauge System

Flexible Axis Configuration

The automatic backgauge system of the AUSMA all-electric servo press brake is driven by high-precision servo motors, featuring a dual ball screw and linear guide transmission structure for outstanding speed, stability, and positioning accuracy.

Compact mechanical design ensures high-speed operation with exceptional durability

Dual ball screw and linear guide configuration guarantees repeat positioning accuracy within ±0.05mm

Optional 1-axis, 2-axis, or 4-axis combinations to flexibly meet different bending demands

Intelligent anti-collision detection and memory functions available for enhanced efficiency and safety

Rapid and stable backgauge movement minimizes adjustment time and maximizes productivity

Multi-layer and multi-pass welding

The machine body welding process employs robotic automatic welding combined with manual touch-up welding.Every connection on the press brake frame is welded 10 times, strictly following Multi-layer and multi-pass welding standard for maximum strength and durability.

Triple-Layer Protective Painting

Once the main frame is integrally fabricated, it is fully sandblasted and coated with one primer layer and two topcoats using eco-friendly water-based paint — ensuring excellent adhesion and a finish that never peels.

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.

Dual-Machine Synchronized System (Optional)

Engineered for ultra-long workpieces (elevator doors, marine components, curtain walls), this system overcomes limitations of single-machine press brakes through synchronized "1+1>2" collaboration, redefining large-scale sheet metal processing efficiency and precision.

Breaks length limitations, doubling processing capacity.

Doubles efficiency, revolutionizing production throughput.

Micron-level synchronization accuracy, elevating product quality.

Enables flexible production, handling complex geometries in one setup.

Optimizes costs, ensuring visible ROI through reduced per-unit expenses.

Smart interconnection, pioneering Industry 4.0 factory integration.

Press Brake CNC Control System (Optional)

Laimore EL15T/MT15T Numerical Control System

Features a high-definition color touchscreen with embedded PLC, enabling 2D graphical programming, length calculation, and multi-mode operation (graphical tooling up/down, multi-process, telescopic configurations). Supports bending simulation and dual-machine coordination.

Delem DA-53T Numerical Control System

Equipped with a high-resolution TFT widescreen display and industrial-grade multi-touch interface for intuitive DELEM UI access. Ergonomic design with shortcut-key operation for simplified programming and user-friendly interaction.

STEP Bending Operating System

Features a full-touch HMI with 12/15" displays and next-gen controllers, offering high resolution, intuitive interfaces, and smooth operation. Supports 2D graphical programming, 3D bending simulation, DXF file import, efficient tooling editing, and switchable 2D/3D system modes.

CybTouch 12 PS/15PS,VT19

Provides comprehensive functionality for press brakes, enabling quick calibration to match machine requirements. Stores multi-step bending processes and product data, supporting manual operation and advanced automation—a powerful yet user-friendly control solution.

Our Clients' Feedback

The quality and precision of OSM's bending machine are outstanding. We’ve been using it for eight months, and it still maintains exceptional accuracy without any deviation. The robust build and excellent craftsmanship make it a top-tier machine!

Procurement Manager, Metal Processing Company, Germany

The energy-saving mode of OSM's bending machine is impressive! Compared to our previous equipment, energy consumption has been reduced by 25%, while production efficiency has increased by 30%. It not only saves costs but also aligns with our green manufacturing standards.

CEO, Automotive Parts Manufacturer, Spain

We operate OSM’s bending machine 24/7, and it remains highly stable with no need for frequent maintenance. Even under high-intensity production, there have been no malfunctions, significantly boosting our productivity! Their service is very good, remote support is always online.

Technical Director, Aerospace Manufacturing Company, USA

OSM’s intelligent bending machine is equipped with an AI recognition system that automatically detects material thickness and adjusts parameters, reducing manual intervention. It handles different materials and sheet metal shapes effortlessly, greatly enhancing production flexibility!

Production Supervisor, Electrical Enclosure Manufacturer, Turkey

Industry 4.0 standards

Seamless Integration with Leading Robotic Systems

Our press brake is engineered for seamless compatibility with a wide range of mainstream robotic arms, including models from ABB, KUKA, Yaskawa, and Fanuc. This ensures effortless integration into automated production lines, aligning with Industry 4.0 standards. The system supports real-time communication, adaptive control, and intelligent coordination, enhancing productivity and reducing manual intervention. Whether for high-mix, low-volume production or large-scale manufacturing, our solution offers the flexibility and efficiency required for modern industrial applications.

Seamless Robotic Integration

Smart Control System

High Precision and Consistency

Flexible Production

Industry 4.0 Ready

HP-5015 CNC Hydraulic Press Brake

HAWE ePrAX Control Hybrid Drive System (Germany)

New Hybird Drive System

High-Efficiency Servo Drive System

Stable · Precise · Powerful

HP Series Press Brake Details

Foot Pedal Switch

Laser Safety Protection System (Optional)

Arbitrary lower limit

Double Quick Release and Clamping Device

Precision Magnetic Scale

High Precision and Reliability; Specifically Designed for Bending Machines

Automatic Backgauge System

Flexible Axis Configuration

Core Frame Structure

One-Piece CNC Machining

Nested Frame Design

Multi-layer and multi-pass welding​

Overall Tempering