1. The machine frame is constructed using C-type plate welding, ensuring high rigidity and ample working space. The machine is equipped with three die stations (two for punching and one for marking), with automatic die station switching. The clamping system is adaptable to various workpieces, featuring a reference block, and the workpiece is supported by a roller-ball worktable. The X and Y axes are controlled by servo motors and ball-screw drives, with position monitoring managed by a PLC, enabling automatic control of the punching process. Operators can input the workpiece program, which is reusable for subsequent operations.
2. Incorporate CNC technology and servo motor feeding, ensuring high efficiency and consistent workpiece precision.
3. Key functional components utilize modular assembly, facilitating straightforward maintenance and repairs.
4. Capable of performing both punching and marking on a single plate.
5. User-friendly programming that supports CAD drawings and integrates with programs generated by lofting software. It is compatible with TEKLA lofting software files, such as the NC1 format.
6. Equipped with a self-diagnostic failure detection feature.
7. The X and Y axes are powered by a servo motor, ball screw, and linear guide, ensuring enhanced precision.
8. The main body features a C-shaped welded steel plate structure, offering superior rigidity and an expansive operating area.
9. The machine is fitted with three working stations (including one typing position), with automatic station switching functionality.
10. The clamping system is designed to accommodate workpieces of varying thicknesses. With the benchmark zero block, the workpiece is supported by a ball worktable.
11. The X and Y axes are operated by servo motors, ball screws, and precision linear guides, driven by a dual-axis CNC system to accurately control the punching position.
12. The entire processing workflow is fully automated, requiring the operator only to input the workpiece drawing into the computer.
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