BSAH Series Hybrid Servo Pressbrakes

Why Choose Hybrid Press Brakes?

Hybrid press brakes combine the precision of servo-driven motors with the power of hydraulic cylinders, delivering the best of both worlds. Unlike traditional hydraulic systems, hybrids eliminate gear pumps, using intelligent hydraulics to assist the bending process with greater efficiency and control.

If your operations involve thick materials requiring high tonnage and precise bending control, a conventional hydraulic press brake might be ideal. However, if you’re aiming for lower energy consumption, quieter operation, and advanced automation, an electric press brake could be the better fit.

Hybrid systems bridge this gap.

The Power Behind Hybrid Servo-Hydraulic Technology

Hybrid servo-hydraulic press brakes are engineered for high-precision metal bending. Equipped with variable-speed drives, they optimize energy usage and boost productivity. Intelligent motor-pump systems adjust torque and rotational speed dynamically, tailoring performance to each phase of the bending cycle.

Key advantages include:

⚙️ Energy Efficiency: Power is consumed only during active movement and bending, minimizing waste during idle phases.
🔧 Modular Design: Components are configured to meet specific operational needs, allowing flexible system expansion.
🛠️ Upgrade Potential: Options like automatic tool clamping and crowning systems enhance functionality and adaptability.
🌱 Sustainability Strategy: Servo-hydraulic systems support long-term energy reduction goals across manufacturing environments.

Hybrid press brakes aren’t just a compromise — they’re a strategic upgrade for manufacturers seeking precision, efficiency, and future-ready performance.

TECHNICAL DATA		20100	25100	25135	31100	31135	31175	31220	31320	41175	41220	41320
Press force	ton	100	100	135	100	135	175	220	320	175	220	320
Bending length	mm	2070	2550	2550	3150	3150	3150	3150	3150	4100	4100	4100
Stand passageway	mm	2100	2100	2100	2600	2600	2600	2600	2600	3600	3600	3600
Throat Gap	mm	400	400	400	400	400	400	400	400	400	400	400
Stroke	mm	250	250	250	250	250	250	275	350	250	275	350
Daylight	mm	445	445	445	445	445	455	525	630	455	525	630
Rapid mode	mm/s	200	200	180	200	180	210	180	160	200	180	160
Bending speed	mm/s	0-10	0-10	0-10	0-10	0-10	0-10	0-10	0-9	0-10	0-10	0-9
Retraction	mm/s	200	200	180	200	180	210	180	160	200	180	160
Table height	mm	930	930	930	930	930	930	930	930	930	930	930
Table width	mm	60	60	60	60	60	60	90	90	60	90	90
X axis stroke	mm	750	750	750	750	750	750	750	750	750	750	750
X axis speed	mm/s	250	250	250	250	250	250	250	250	250	250	250
Oil tank capacity	l	2×30	2×30	2×35	2×30	2×35	2×55	2×55	2×55	2×55	2×55	2×55
VPE
Dimensions and weights
Length	mm	3100	3550	3550	4220	4220	4250	4250	4400	5250	5250	5400
Width/depth	mm	1820	1820	1850	1820	1850	1950	2100	2250	1950	2100	2250
Height	mm	2550	2550	2550	2550	2550	2850	2950	3350	2850	2950	3350
Weight approx.	kg	6750	7300	7650	8400	8750	10900	13000	19500	13750	16500	22250
Electric Data
Drive motor output	kW	2×10	2×10	2×10	2×10	2×10	2×15	2×15	2×15	2×15	2×15	2×15