Dual Servo Hybrid CNC Press Brake | HBU High-Performance Bending Machine

HBU Series Dual Servo Hybrid CNC Press Brake

The HBU Series Dual Servo Hybrid CNC Press Brake combines a high-rigidity machine structure with an advanced servo-hydraulic system to deliver efficient, precise, and reliable bending performance. Designed for heavy-duty sheet metal processing, it ensures long-term stability, reduced energy consumption, and consistent forming quality across demanding industrial applications.

Rigid structure – High-strength frame for long-term accuracy
Energy efficient – Reduced oil usage and lower power consumption
High performance – Faster processing with dual servo drive
Precision control – Stable and accurate bending results
Reliable operation – Low maintenance and long service life

Ultra-Rigid Body – Built for Durability and Precision

Integrated machining with imported large CNC floor-type boring and milling machines ensures foundational structural accuracy.
Vibration aging treatment eliminates welding stress, enhancing fatigue and deformation resistance.
Key load-bearing zones (e.g., cylinder base, throat area) are structurally reinforced to prevent stress concentration and extend machine life.
The slide undergoes tempering and high-precision finishing for smooth operation and long-term accuracy retention.

Integrated Hydraulic System – Energy-Efficient and Reliable

Stainless steel split oil tank resists corrosion and oxidation, reducing valve clogging risks and ensuring stable operation.
Compact volume design with optimized layout uses over 60% less oil than conventional models, lowering energy consumption.
Oil tank tray with large cross-section moment of inertia significantly improves bending resistance for long-term reliability.
Verified hydraulic circuit design minimizes maintenance needs and supports continuous production environments.

Dual Servo Intelligent Drive – High Efficiency, Precise Control

Dual servo motors and proportional valves drive left and right sides independently, with intelligent power output adjustment.
Increases processing efficiency by approximately 30% while achieving up to 70% oil savings and low-noise operation.
Delivers high-quality forming and rapid response for heavy sheet metal, significantly reducing long-term operating costs with enhanced environmental performance.

Comprehensive Safety Design – Safety and Productivity in Harmony

Upgraded high guardrails and safety door lock systems ensure operational safety.
Front material support with moving guideways uses precision bearing support and two-point loading for stability and ease of handling.
Integrated protection throughout the workflow promotes both safety and productivity.

Optional Conguration

Anti-Crush Laser Safety Guarding: Real-time monitoring ensures safe production operations.

Stable Support for Large-Sized Panels: Ensures enhanced straightness and angular consistency throughout processing.

High clamping force ensures secure hold; fast die change minimizes downtime, eliminating tool alignment processes.

High clamping force ensures stability; rapid die change eliminates tool alignment and reduces downtime.

Enables rapid die changes, efficient operation, and multi-die compatibility.

Ensures first-bend precision through dynamic monitoring and adjustment.

IFT CNC System

Highly Intelligent, Highly Scalable, Highly Cost-Effective

♦ Equipped with a high-resolution multi-touch capacitive screen and true-color LCD display for intuitive operation. The system provides fast startup, stable performance, and secure data protection during power loss.

♦ Compatible with hybrid/electric press brakes, with support for robot integration, tandem operation, MES connectivity, and automated production lines. Optional 6+1/8+1 axis configurations and DXF file import are available.

♦ Built-in intelligent functions automatically calculate bending sequence, opening height, flat length, axis positions, and required bending force. The system also supports deflection compensation, angle correction, collision avoidance, mold safety zone calculation, and automatic large-radius bending.

♦ Supports multiple programming modes: data-based, 2D graphical, and debug programming. Systems with 19″ or larger displays also support 3D import.

IFT-15T

IFT-19T

IFT-24T

Dual-screen design: the main screen handles programming and operation, while the secondary screen provides real-time monitoring of machining status, graphical process visualization, and data management-ensuring precision and efficiency in complex bending tasks.

IFT HBEND-3D Import Programming

Automated Programming: 3D model import with parameter auto-parsing, synchronized bending program generation, and laser cutting nesting optimization.

Precision Error Prevention: Real-time collision detection with intelligent correction; springback compensation based on material/die properties for enhanced bending accuracy.