HPE Electric Servo E-Bend Press Brake
Introducing the HPE Electric Servo E-Bend Press Brake, a pinnacle of innovation in precision metal forming. This high-performance marvel seamlessly blends cutting-edge servo-electric technology, ensuring spectacular accuracy and efficiency in every bend. As an esteemed member of the CNHAWE press brake family, it embodies reliability and versatility, adeptly meeting the rigorous demands of modern metal forming. Its state-of-the-art technology, durable construction, and user-friendly design crown it as an indispensable asset in industrial settings, guaranteeing superior precision, productivity, and safety, all while simplifying upkeep.
With over a decade of relentless innovation, CNHAWE's electro-hydraulic servo control has reached unprecedented levels. Across industries, this remarkable integration with press brakes signals a new era, continually advancing the sheet metal fabrication industry towards new horizons.
| Model |
Bending Force |
Bending Length (A) |
Oil Tank |
Approaching Speed |
Progress Rate |
Return Speed |
Column Distance (B) |
Throat Depth (C) |
Slider Travel (D) |
Open Height (E) |
Main Motor |
Dimensions |
| Unit |
KN |
mm |
L |
mm/s |
mm/s |
mm/s |
mm |
mm |
mm |
mm |
KW |
L*W*H (mm) |
| HPE-50/1500 |
500 |
1500 |
/ |
230 |
25 |
230 |
1150 |
350 |
180 |
490 |
2*18KW |
1720*1500*2400 |
| HPE-50/1600 |
500 |
1600 |
/ |
260 |
25 |
260 |
1150 |
350 |
180 |
490 |
2*7.5KW |
1820*1500*2680 |
Advanced CNC Controller
The HPE Electric Servo E-Bend Press Brake is equipped with a state-of-the-art CNC control system, offering intuitive programming and flawless execution of complex bending sequences. Its user-friendly interface simplifies operation, accessible even to novice operators. Additionally, our CNC systems from leading brands such as Delem, Cybelec, and ESA are available, akin to the HPA flagship series, significantly reducing the learning curve for the HPE series.
Durable Frame
Built to endure, this press brake features a robust frame and premium components, promising longevity and reliability. Its sturdy construction is engineered for high-speed demands in challenging industrial environments.
The HPE Electric Servo E-Bend Press Brake's frame is meticulously crafted using a pentahedral CNC machining center, highlighting precision and an unwavering commitment to quality. This advanced machining ensures unparalleled accuracy, with all mounting surfaces maintaining perfect alignment, critical for stable and precise press brake operation.
Servo-electric Technology
By integrating servo and electric technology, precise control over bending is achieved, enabling high-speed operations with minimal energy consumption. This groundbreaking innovation boosts productivity and significantly reduces operational costs.
High Precision and Consistency
The servo-electric drive system, in conjunction with precise back-gauge positioning, ensures unwavering consistency and accuracy in every bend. This precision is vital for industries that demand tight tolerances and flawless finishes. CNHAWE's engineering team has meticulously crafted the unique advantages of pure electric models through comprehensive analysis of the HPE series' electrical system.
Versatile Bending Options
The HPE Electric Servo E-Bend Press Brake supports a wide array of bending processes, from straightforward to intricate configurations. Its adaptability makes it the ideal choice for diverse manufacturing needs, spanning automotive, 3C electronics, and general sheet metal fabrication.
Energy Efficiency
The servo-electric drive system not only enhances performance but also boosts energy efficiency. By minimizing power consumption, the HPE Electric Servo E-Bend Press Brake significantly reduces your manufacturing process's carbon footprint. Although the initial investment may be higher, the medium-term benefits are substantial, highlighting energy efficiency as a critical priority.
Enhanced Safety Features
With a strong emphasis on safety, the press brake incorporates laser protective safeguards, emergency stops, and safety interlocks, ensuring operator protection throughout operation. These essential measures prevent accidents, cultivating a secure and safe working environment.
1. Are you a manufacturer or a trading company?
A manufacturer with over 20 years of sheet metalworking equipment production experience.
2. Where is your company located?
Ma'anshan, Anhui Province, China. We are 360 kilometers away from Shanghai Pudong International Airport(PVG). And 35 kilometers away from Nanjing Lukou International Airport(NKG), about a 30 minute drive.
3 . How long does it take to deliver the machine?
We usually deliver machines within 30 days. For non-standard customized machines, the lead time will be longer but not exceed 50 days.
4 . What is your acceptable payment?
Generally T/T and L/C payments are accepted by us, with a 30% deposit and 70% payment before delivery. But for those special clients, we have better optional payments.
5. What is your warranty period?
We offer a one-year warranty period for general version machines, and 2-3 years warranty for non-standard machines. It's kind of you to confirm the warranty period with our sales in advance.
6. What services are included during the warranty period?
During the warranty period, we offer free replacement parts. Excluding wearing parts.
7. Do you accept OEM customization?
Yes, we accept it. Including appearance, color, configuration, and more. The price of customized machines may be slightly higher. Please consult our sales for details.
8 . What do you do for Quality Control work?
During the R&D phase, our powerful technicians and engineers gather the most cutting-edge technologies, combined with our decades of industry experience, to complete research and development work. To ensure the strength and stability of the frame, many large processing equipment, like tempering furnaces and shot blasting machines, are used. To ensure machine accuracy, five-axis CNC centers and floor boring and milling equipment are used. Standardized processes are strictly followed during the assembly phase. The final machine must undergo dual certification from both internal and external acceptance departments before it can be put into the market.
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