DPB Series Dual-Servo CNC Bending Machine adopts dual-servo drive technology to achieve high response speed, accurate positioning, and efficient sheet metal bending performance. Independent servo control improves synchronization between the two sides of the ram, ensuring consistent bending angles and stable processing quality for different workpiece sizes.
With a high-rigidity frame structure and advanced CNC control system, the DPB Series is designed for precision sheet metal fabrication applications, including electrical cabinets, automotive components, industrial equipment, and general metalworking. The dual-servo system provides improved energy efficiency, faster operation response, and reliable performance for high-volume production and precision bending requirements.
All specifications, including bending force, working length, throat depth, stroke, CNC system, tooling configuration, and additional functions, can be customized according to customer requirements.
Whether you want to become our partner or need our professional guidance or support in product selections and problem solutions, our experts are always ready to help within 12 hours globally!
Leadway was founded by a team of engineers who have worked in press brake development, manufacturing, commissioning and technical service for many years. Key technical members bring 17 to 22 years of industry experience, with expertise covering mechanical design, electro-hydraulic servo control, CNC systems, intelligent bending and automation. This combination of experience enables us to connect machine structure, control technology and actual production rather than treating them as separate disciplines. From frame stability and ram synchronization to positioning, crowning and robotic handling, our team focuses on the technologies that directly affect bending accuracy, efficiency and long-term reliability. Building on this engineering foundation, Leadway continues to refine its press brakes and intelligent bending systems around precision, efficiency and long-term reliability.
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