WE67K-160T3200 CNC Hydraulic Deep Box Forming Press Brake with DA66T and Sheet Follower
The Genius WE67K-160T3200 CNC Hydraulic Deep Box Forming Press Brake with Sheet Follower 8+1 Axis is a specialized machine used in metal fabrication for bending and forming sheet metal into various shapes, particularly deep boxes. Here’s a detailed overview: Key Features: CNC Control System: The machine is equipped with a CNC (Computer Numerical Control) system, providing precise control over the bending process. The CNC system typically offers programmability for various operations, enhancing efficiency and accuracy. Hydraulic System: Utilizes hydraulic power to drive the bending process. Ensures consistent and powerful bending force, suitable for thick and hard materials. Capacity: 160T refers to the maximum bending force of 160 tons. 3200 denotes the maximum bending length of 3200 mm (3.2 meters). Deep Box Forming: Designed for forming deep boxes and other complex shapes. Suitable for applications requiring deep, precise bends. Sheet Follower: Includes a sheet follower mechanism to support the sheet metal during bending. Helps maintain accuracy and reduce manual handling, particularly useful for large and heavy sheets. 8+1 Axis: The machine is capable of controlling multiple axes for complex bending tasks. Typically, 8 axes control various aspects of the bending process (e.g., back gauge positioning, bending angle, etc.). The additional axis (+1) might control auxiliary functions such as the sheet follower. Applications: Metal Fabrication: Ideal for manufacturing deep boxes, cabinets, and enclosures. Used in various industries such as automotive, aerospace, and appliance manufacturing. Custom Metal Work: Suitable for custom and intricate metal forming tasks requiring high precision. Advantages: Precision: The CNC system ensures high accuracy in bending operations. Efficiency: Automated control and sheet follower reduce manual intervention, increasing productivity. Versatility: Capable of handling a wide range of materials and thicknesses.