1. The machine frame is fabricated using C-type plate welding, ensuring robust rigidity and providing a spacious work area. It is equipped with three die stations—two for punching and one for marking—with automatic die station switching. The clamping system is versatile, accommodating various workpieces, and features a reference block for precise positioning. The workpiece is supported by a roller-ball worktable. The X and Y axes are driven by servo motors and ball-screw systems, with position feedback monitored by a PLC, facilitating automated control of the punching operations. Operators can input the workpiece program, which can be reused for future tasks.
2. The machine integrates CNC technology and servo motor feeding, ensuring enhanced efficiency and maintaining consistent precision for the workpieces.
3. Essential functional components are designed with modular assembly, allowing for easy maintenance and repairs.
4. It is capable of executing both punching and marking operations on a single steel plate.
5. The system offers intuitive programming, supporting CAD drawings and seamlessly integrating with programs generated by lofting software. It is fully compatible with TEKLA lofting software files, including the NC1 format.
6. The machine is equipped with a self-diagnostic fault detection feature.
7. The X and Y axes are driven by servo motors, ball screws, and linear guides, ensuring superior precision.
8. The main structure is built with a C-shaped welded steel plate framework, providing exceptional rigidity and a large operational area.
9. The machine is equipped with three workstations, including one marking station, with automatic station switching functionality.
10. The clamping system is engineered to handle workpieces of varying thicknesses. Using a reference zero block, the workpiece is supported on a ball-bearing worktable.
11. The X and Y axes are driven by servo motors, ball screws, and high-precision linear guides, powered by a dual-axis CNC system to ensure accurate punching position control.
12. The entire processing workflow is fully automated, requiring the operator to simply input the workpiece drawing into the computer.
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