Hybrid Servo CNC Press Brake, Sheet Metal Bending Machine
The hybrid servo CNC press brake combines the power and versatility of hydraulic system with the energy-saving advantages of servo-driven systems. Designed as the ideal balance between conventional electro-hydraulic and fully electric press brakes, it offers reduced energy consumption, lower operating costs, and reliable bending performance while maintaining the capability to handle larger tonnage applications.
This hybrid CNC press brake is ideal for manufacturers seeking a balance between productivity, energy efficiency, and investment cost. Widely used for electrical cabinets, steel structures, machinery components, stainless steel products, and medium-to-large batch production where long-term operating costs are an important consideration.
The hybrid servo system automatically adjusts motor output according to actual bending demand, significantly reducing energy consumption compared with conventional hydraulic press brakes. By combining servo-driven efficiency with hydraulic power, the sheet metal bending machine delivers stable bending accuracy, low operating noise, reduced oil temperature, and lower maintenance requirements while retaining excellent performance in medium and large-tonnage applications.
| Model | |||
| Nominal Force | 2000 kN | Main Motor Power | 18 KW |
| Bending Length | 3200 mm | Overall Dimensions (L×W×H) | 3300×2100×2900 mm |
| Distance Between Columns | 2540 mm | Main Cylinder Quantity | 2 |
| Open Height | 530 mm | Mechanical Crowning | 1 |
| Throat Depth | 420 mm | Oil Tank Capacity | 1 |
| CNC Axes | 4 + 1 (X, Y1, Y2, V, R) | CNC Control System | ETS-T17 (3D control) |
| X-Axis | R-Axis | ||
| Travel | 620 mm | Travel | 150 mm |
| Max. Speed | 500 mm/s | Max. Speed | Automatic |
| Positioning Accuracy | ±0.02 mm | Positioning Accuracy | Automatic |
| Repeatability | ±0.01 mm | Repeatability | Automatic |
| Y1 / Y2 Axes | Ram Speed | ||
| Travel | 240 mm | Approach Speed | 160 mm/s |
| Positioning Accuracy | ±0.02 mm | Working Speed | 12mm/s |
| Repeatability | ±0.01 mm | Return Speed | 120 mm/s |
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Ram Control System
High-precision linear scales and intelligent synchronization control ensure stable ram movement, excellent bending consistency, and reliable performance, even under off-center loading conditions.
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Backgauge & Hybrid Hydraulic System
Combining servo-driven efficiency with hydraulic power, the hybrid system reduces energy consumption and operating costs while maintaining the flexibility and force capacity required for demanding sheet metal applications.
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Electrical System
Internationally recognized electrical components and an optimized control system ensure reliable operation, long service life, and safe machine performance.
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Machine Frame Structure
Major components including frame, ram and worktable adopt full steel welded construction. Finite element structural analysis optimizes frame rigidity, symmetric column load balance and reinforced ribbing to deliver strong anti-twist performance for your heavy-duty processing.
All welded frames are fully stress-relieved via high-temperature annealing in our in-house large furnace to eliminate internal stress and avoid post-production deformation.
Critical structural parts are finished in one clamping on our Europe-sourced 5-face machining centers, ensuring perfect parallelism and perpendicularity across all mounting surfaces. This maintains long-term stable precision, cuts your scrap rate and lowers production costs during continuous mass fabrication.
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Sectional Punch Quick Clamping
Manual Quick Clamp: Fast tool changes, flexible tooling combinations, and reliable clamping performance.
Pneumatic Quick Clamp (Optional): Automatic tool locking for improved efficiency, consistent clamping force, and enhanced bending quality.
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Universal Die Base System
Compatible with industry-standard tooling and designed for stable, accurate, and reliable bending performance. Optional mechanical crowning is available for enhanced angle consistency.
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Premium Tooling Solutions
High-quality alloy steel tooling with full-body heat treatment ensures long service life, excellent wear resistance, and reliable bending accuracy. Segmented tooling design improves flexibility and production efficiency.
