1. The machine frame is constructed from welded steel plates in a C-type configuration, providing excellent structural rigidity and an expansive working area. The machine is equipped with three die stations, including one dedicated marking station, with automatic station selection to optimize the machining sequence. The clamping system accommodates workpieces of different dimensions, while a zero-point reference stop ensures accurate positioning. A ball-transfer worktable facilitates smooth material handling. The X- and Y-axis movements are driven by servo motors and precision ball screws, with a PLC-based control system managing punching positions to enable fully automated machining. Once entered by the operator, workpiece programs can be stored and reused for subsequent production runs.
2. The machine incorporates CNC technology and a servo-driven feeding system, delivering high processing efficiency, stable operation, and consistent workpiece accuracy.
3. Major functional assemblies adopt a modular design, simplifying maintenance, facilitating component replacement, and reducing servicing downtime.
4. Punching, marking, and drilling operations can be performed on a single steel plate within an integrated machining process, minimizing workpiece handling and improving production efficiency.
5. The drilling unit features rapid approach, controlled low-speed feed during machining, and high-speed retraction, optimizing the drilling cycle and increasing overall processing efficiency.
6. An integrated fault self-diagnostic function monitors machine operating conditions, facilitates fault identification, and supports efficient troubleshooting and maintenance.
7. The CNC system offers convenient programming options. Operators can enter hole diameters, hole coordinates, and workpiece quantities directly into the computer. The machine also supports programs generated by specialized lofting software and direct CAD/CAM data conversion, simplifying programming and improving production flexibility.
