Industrial CNC Plate Punching Marking And Drilling Machine With Automatic Die Switching

1. The machine adopts a robust C-shaped frame structure, offering excellent rigidity, reliable structural stability, and an expansive working area to accommodate various workpiece dimensions.

2. The equipment is equipped with four processing stations featuring automatic station selection and changeover. Its adjustable clamping system accommodates workpieces of different thicknesses, while a zero-point positioning stop ensures accurate material alignment. A ball-transfer worktable supports smooth and convenient workpiece movement during machining operations.

3. The X- and Y-axis movements are driven by servo motors and precision ball screws, with punching positions accurately managed through a dual-axis CNC control system. Processing parameters can be entered directly into the controller, allowing the machine to execute machining operations automatically. Entered processing data can also be stored and retrieved for subsequent production runs.

1. The machine integrates mechanical, electrical, and hydraulic systems into a unified equipment platform, featuring PLC-based control and servo-driven positioning to ensure coordinated operation and reliable machining performance.

2. The main functional assemblies adopt a modular construction, facilitating routine maintenance, simplifying component replacement, and incorporating an automatic fault diagnosis function for convenient equipment troubleshooting.

3. Punching, marking, and drilling operations can be completed on a single steel plate within one integrated processing workflow, reducing labor requirements while maintaining stable machining accuracy and consistent processing quality.

4. Programming can be completed by manually entering essential parameters, including punching diameter, hole coordinates, and workpiece quantity. Alternatively, machining data can be directly accessed and transferred from the design department through a local network, streamlining program preparation and improving production coordination.