BNC100 Cnc Punching Marking And Drilling Of Steel Plates In The Field Of Steel Tower

1. The machine features a C-frame structure fabricated from welded steel plates, offering high structural strength and a spacious working area. It is equipped with three die stations, including one dedicated marking station, with automatic station selection to streamline the machining sequence. The clamping mechanism supports workpieces of various dimensions, while a zero-position reference stop ensures precise positioning. A ball-transfer worktable enables convenient and smooth material movement. The X- and Y-axis systems are driven by servo motors and precision ball screws, while the PLC-based control system manages punching coordinates to achieve automated processing. Workpiece programs entered by the operator can be saved, retrieved, and reused for subsequent production batches.

2. Equipped with CNC technology and a servo-controlled feeding mechanism, the machine provides efficient processing, reliable operation, and consistent machining accuracy.

3. Key functional units feature a modular configuration, making routine maintenance more convenient, simplifying component replacement, and minimizing equipment downtime during servicing.

4. Punching, marking, and drilling can be completed on a single steel plate through an integrated machining process, reducing workpiece transfers and enhancing overall production efficiency.

5. The drilling system supports rapid approach, controlled low-speed feed during cutting, and high-speed retraction. This optimized operating sequence shortens machining cycles and improves overall processing productivity.

6. The integrated fault diagnosis system continuously monitors machine operating status, assists in identifying potential malfunctions, and simplifies troubleshooting and maintenance procedures.

7. The CNC control system provides flexible and user-friendly programming functions. Operators can directly input hole diameters, hole coordinates, and workpiece quantities into the computer. The system also accommodates machining programs generated by dedicated lofting software and supports direct CAD/CAM data conversion, reducing programming complexity and enhancing production adaptability.