Used VIGERT WC67K-63TX3200 Hydraulic CNC Press Brake For Sale

The WC67K-63TX3200 Hydraulic CNC Press Brake is a specific model of a hydraulic press brake that employs computer numerical control (CNC) technology to bend and shape sheet metal with precision. The model number provides key information about the machine, including its tonnage, maximum bending length, and control system. Here’s a detailed description of the key features and components of the WC67K-63TX3200 Hydraulic CNC Press Brake:

1. Design and Structure: The Hydraulic CNC Press Brake is designed with a robust and rigid structure to withstand the high forces involved in bending operations. It typically includes a frame, hydraulic system, control system, backgauge system, and other components.
2. Hydraulic System: The machine is powered by a hydraulic system that provides the necessary force to bend the metal sheet accurately. The hydraulic system includes hydraulic cylinders, pumps, valves, and other components.
3. Bending Beam and Tooling: The bending beam holds the bending tools or dies. The tooling includes upper and lower dies, which are matched and designed according to the specific bending requirements. The tooling shapes the metal sheet during the bending process.
4. CNC Control System: WC67K-63TX3200 Hydraulic CNC Press Brake. The CNC control system is the central component that allows for precise control and coordination of the bending operations. It uses G-code programming to execute bending tasks with accuracy. The “TX3200” in the model number indicates the specific CNC control system used.
5. Backgauge System: WC67K-63TX3200 Hydraulic CNC Press Brake. The back gauge system is responsible for positioning and aligning the metal sheet accurately before the bending process. It ensures consistent and precise bending across the length of the sheet.
6. Material Support and Workholding: The machine is equipped with material support devices and Workholding mechanisms to secure the metal sheet in place during bending, preventing any unwanted movement.
7. Foot Pedal or Control Panel: The operator can control the bending process using a foot pedal or a control panel. The control panel typically includes buttons and a touchscreen interface for setting bending parameters.