The WC67Y-125T/2500 Hydraulic Torsion Axis Synchronized CNC Press Brake represents advanced engineering in medium-capacity sheet metal forming equipment. Built with a fully welded steel construction, its critical structural components have been optimized through sophisticated computer-aided design and finite element analysis, resulting in exceptional frame strength, rigidity, and long-term stability. The entire structure undergoes comprehensive vibration stress relief treatment, effectively eliminating internal manufacturing stresses and providing a solid foundation for maintaining precision accuracy throughout years of demanding service.
At the heart of its performance capabilities, this press brake delivers a substantial nominal force of 1250 kN, combined with a generous 2500 mm working table length. This configuration enables efficient processing of diverse medium-gauge sheet metal components across various industrial applications. The hydraulic system features an advanced integrated design, powered by a German-manufactured ALLEAD CP16 oil pump operating at a system pressure of 22 MPa. This sophisticated hydraulic arrangement provides intelligent multi-stage speed control, enabling the ram to execute"rapid approach - slow bending - rapid return"cycles that optimize both production efficiency and bending quality.
The machine's synchronization system employs a robust torsion axis mechanism, enhanced with high-precision tapered centering bearings at both ends of the torsion bar. This is complemented by an eccentric adjustment mechanism on the left end, ensuring convenient and reliable slide synchronization adjustments. Furthermore, the equipment incorporates an upper beam deflection compensation system that effectively counteracts natural frame flexure under load, guaranteeing consistent bending angles and superior linearity across the entire working length.
Manufacturing quality and component selection meet the highest industry standards. The frame construction features 40 mm thick side plates, a 50 mm thick slide block, and 60 mm thick support plates, creating an exceptionally rigid force-bearing structure. Critical components are sourced from internationally recognized manufacturers, including Schneider electrical systems, Taiwanese and Haimen hydraulic components, and premium sealing elements from Japan's NOK and Taiwan's DZ, ensuring outstanding operational reliability and extended service life.
The control system integrates a digital display interface for precise management of ram stroke and back gauge positioning, presented through an intuitive operator-friendly panel. The back gauge system utilizes precision ball screw drives for accurate and repeatable positioning. The overall design prioritizes operational convenience and maintenance accessibility, featuring centralized lubrication points, remote pressure regulation capabilities, and safety-compliant electrical controls that collectively provide a comprehensive, safe, and highly efficient bending solution for modern fabrication environments.