. The oil pump motor uses a servo motor instead of a common motor to achieve real-time control of the motor speed, reduce the unnecessary work of the oil pump, and realize the energy-saving, highefficiency and stable characteristics of the press brake machine. SVP is the most cost-effective energy-saving hydraulic bending control technology. Simpe and nid press brake Work area can be customized and all types of tool clamping can be installed Tailored-made sheet metal press brake Energy consumption CNC sheet metal press brake with streamlined design,high speed,high precision,high rigidity; Electro hydraulic servo system,full loop controlling the synchronization of the upper slider; Mechanical compensation on crowning of worktable and deformation compensation on throat, ensuring good bend- ing strength and precision; Backgauge is driven by digital AC servo motor,moved with ball screw,guided by linear guide. HYBRID SERVO FUNCTION Germany's new electric servo drive system is an intelligent, pipeless, fully enclosed electric servo drive system that is highly efficient and energy saving; The fuel tank capacity is reduced by 70%, the performance is improved quickly, the Mechanical compensation on crowning of worktable and deformation compensation on throat, ensuring good bend- ing strength and precision; Backgauge is driven by digital AC servo motor,moved with ball screw,guided by linear guide. working cyclis reduced by 10%, and the efficiency is increased by 50% compared with the traditional system. The positioning accuracy of up to 5MM is integrated with the servo pump system, which reduce.noise during operation.The intearated pres- sure filter ensures high stability and service life of thee quipment

P117 STATE OF THE ART DESIGNFOR HIGH SPEED AND PRECISION TECHNICAL PARAMETER model Nominal Worktable pressure length The data is for reference only. KAFE reserves the right of final interpretation. Force Calculation Formula for Press Brake: Figures in this Chart is based on following parameters:material strengthob=450N/mm2 and length L=1m.Force for material with different strength and length can be calculated proportionally.