Hybrid Servo CNC Press Brake
The hybrid servo CNC press brake with energy-saving servo hydraulic drive, intelligent CNC control, and high-rigidity frame for precise, stable, and efficient metal bending.
The high-rigidity machine frame structure is engineered to minimize deflection and vibration during bending operations. Its reinforced frame design improves stability, maintains consistent bending accuracy, and supports high-speed, high-precision performance. This robust construction also enhances durability and long-term reliability, even under demanding production conditions and continuous operation.
The hybrid servo-hydraulic drive system combines servo motor efficiency with hydraulic power to deliver precise, responsive, and energy-saving press brake operation. This advanced system reduces energy consumption, minimizes heat generation and noise, and improves motion control accuracy. It also enhances productivity, operating stability, and long-term reliability in high-performance bending applications.
The CNC control system provides intelligent and precise management of press brake operations through an advanced programmable interface. It enables accurate control of bending parameters, automated process adjustments, and efficient multi-step programming. The system improves productivity, ensures consistent bending quality, reduces setup time, and supports flexible operation for complex manufacturing requirements.
The servo CNC backgauge system delivers precise and automatic positioning of the workpiece during bending operations. Driven by high-performance servo motors, it ensures fast movement, accurate positioning, and excellent repeatability. This system improves bending consistency, reduces setup time, and enhances overall production efficiency for complex and high-precision sheet metal applications.
The lubrication system ensures smooth and reliable operation of critical machine components by providing consistent and controlled lubrication throughout the press brake. It reduces friction, minimizes wear, and helps maintain stable machine performance. This system also extends component service life, lowers maintenance requirements, and supports long-term operational reliability.
The safety foot pedal provides convenient and secure control of press brake operations while allowing hands-free machine activation. Designed with operator safety in mind, it ensures responsive and reliable command input during bending processes. Its durable construction supports stable performance, improves operational efficiency, and enhances workplace safety in industrial environments.
The rear safety guard is designed to protect operators and surrounding personnel by restricting access to the rear working area of the press brake during operation. Its durable protective structure enhances workplace safety, helps prevent accidental contact with moving components, and supports compliance with industrial safety standards in demanding production environments.
The electrical cabinet protection structure safeguards critical electrical components from dust, heat, moisture, and external interference. Designed for reliable and stable machine operation, it helps prevent electrical faults, improves system safety, and extends component lifespan. This protective design also supports efficient maintenance and enhances the overall reliability of the press brake.
| Tonnage | 40—1000T |
|---|---|
| Machining Length | 1600mm—16000mm |
| Number of Axes | 3-axis, 4-axis, 6-axis, 6+1-axis, 8+1-axis (Y1, Y2, X1, X2, R1, R2, Z1, Z2, V) |
| Optional Systems | Delem、ESA、Cybelec、ESTUN |
The multi-axis backgauge system provides advanced and flexible positioning control for complex bending applications. By coordinating multiple programmable axes, it enables precise workpiece positioning, improves bending accuracy, and supports efficient production of intricate parts. This system enhances automation, reduces setup time, and increases overall productivity and repeatability in sheet metal processing.
The safety light curtain provides advanced operator protection by creating an invisible safety barrier around the working area of the press brake. When the sensing field is interrupted, the system immediately stops machine movement to help prevent accidents. This safety solution enhances operational security while maintaining efficient and uninterrupted production performance.
The quick clamping system enables fast and secure installation of press brake tooling, reducing setup time and improving operational efficiency. Its user-friendly design allows rapid tool changes while maintaining accurate positioning and stable clamping performance. This system supports flexible production requirements and enhances productivity in high-precision bending applications.
The CNC crowning system automatically compensates for machine deflection during bending operations to maintain consistent bending angles across the entire workpiece length. Controlled through the CNC system, it improves bending precision, enhances repeatability, and reduces manual adjustments. This system supports high-quality production and stable performance in demanding sheet metal applications.
Our CNC press brakes deliver accurate and consistent bending performance for different sheet metal applications. Advanced CNC systems and stable machine structures ensure precise bending angles and excellent repeatability during continuous production operations.
Our CNC press brakes provide fast processing speed and efficient operation, helping manufacturers improve production capacity. Intelligent CNC programming and automatic positioning systems reduce setup time and increase overall manufacturing productivity significantly.
Built with high-rigidity machine frames and premium components, our CNC press brakes ensure stable operation under demanding working conditions. Reliable machine performance helps maintain bending quality and supports long-term industrial production requirements.
Our CNC press brakes feature user-friendly CNC control systems with simple programming interfaces. Operators can quickly learn machine operation, improve production efficiency, and complete complex bending tasks with reduced training requirements.
We offer advanced electric servo and hybrid servo CNC press brakes designed to reduce energy consumption and operating noise. These energy-efficient systems help lower production costs while improving overall machine operating performance and reliability.
Our CNC press brakes are manufactured with durable structures and reliable components to minimize machine wear and maintenance requirements. Reduced downtime and simplified servicing help customers maintain stable and continuous production efficiency.
4 reviews for Hybrid Servo CNC Press Brake
Nathan –
The hybrid servo CNC press brake helped us reduce electricity usage while maintaining strong bending performance. The machine runs smoothly, produces less noise, and delivers stable accuracy during long production shifts in our fabrication workshop.
Lauren –
We were looking for a machine with both hydraulic power and better energy efficiency. This press brake has performed reliably, and the bending consistency remains excellent even when processing thicker stainless steel materials daily.
Brandon –
The hybrid servo system responds quickly and operates much more smoothly than our older hydraulic machines. Energy consumption is noticeably lower, and the machine maintains accurate bending results for complex sheet metal fabrication work consistently.
Victoria –
This machine combines strong hydraulic performance with stable servo control very effectively. It operates quietly, reduces heat generation, and has improved overall production efficiency while keeping bending precision consistent across different metal processing applications.