1. The machine frame is constructed using C-type plate welding, ensuring superior rigidity and providing an expansive operational workspace. It is equipped with three die stations, one of which is dedicated to marking, and includes automatic die station switching. The clamping system is versatile, accommodating various workpieces and using a zero baffle as the reference point, with the workpiece supported by a rolling-ball worktable. The X and Y axes are powered by servo motors and ball screws, while the dual-axis CNC system governs the punching position, enabling fully automated machining. Operators can input workpiece dimensions into the computer, allowing the system to retrieve and reuse programs for future operations.
2. The machine employs CNC technology with servo motor-driven feeding, ensuring optimal efficiency and consistent workpiece precision.
3. Essential functional components are designed with a modular assembly approach, facilitating easier maintenance and repairs.
4. The machine is capable of performing punching, marking, and drilling operations on a single plate.
5. The drilling unit is equipped with features such as rapid descent, slow feed during operation, and quick return feeding, all of which improve operational efficiency.
6. The machine provides intuitive programming, allowing the direct input of hole diameter and position into the computer. It also supports programs generated by CAD/CAM software or those produced by lofting software.
7. The hydraulic station utilizes a dual-pump, single-motor design with a water cooling system and sleeve-type couplings for all pipelines. The hoses and coupling seals are sourced from internationally recognized suppliers.
8. The X and Y axes are powered by servo motors, ball screws, and linear guides, guaranteeing outstanding precision.
9. The system includes a self-diagnostic function that detects and reports faults.
10. The design minimizes the physical strain on operators.
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