1. The machine is constructed with a high-rigidity C-frame welded steel structure, providing excellent structural stability together with a spacious working area. It is equipped with three tooling stations, including two punching stations and one marking station, with automatic station indexing to maximize machining efficiency. The hydraulic clamping system securely accommodates workpieces of various sizes and thicknesses, while a precision reference block guarantees accurate positioning. A ball-transfer worktable enables smooth material movement during processing. Both the X-axis and Y-axis are driven by high-performance servo motors and precision ball screws, with PLC-based positioning feedback ensuring fully automated, high-accuracy punching operations. Machining programs can be created, stored, and recalled for efficient batch production.
2. By combining advanced CNC technology with a servo-driven feeding system, the machine delivers high production efficiency while maintaining exceptional machining precision, dimensional consistency, and repeatability throughout continuous operation.
3. Major functional modules adopt a modular structural design, simplifying routine maintenance, facilitating component replacement, and minimizing machine downtime to improve long-term operating efficiency.
4. The machine is capable of completing punching and marking operations on a single steel plate within one machining cycle, reducing handling time while increasing processing efficiency and overall productivity.
5. The CNC control system features an intuitive and user-friendly programming interface. It supports direct import of CAD drawings as well as processing files generated by nesting and lofting software. Full compatibility with TEKLA NC1 files enables seamless data conversion and efficient production programming.
6. An integrated self-diagnostic system continuously monitors machine status, automatically detecting operational abnormalities and displaying fault information for rapid troubleshooting, improved maintenance efficiency, and enhanced equipment reliability.
7. The X- and Y-axis motion system utilizes high-performance servo motors, precision ball screw transmission, and high-accuracy linear guideways to achieve superior positioning accuracy, excellent repeatability, and stable machining performance.
8. The primary machine body adopts a reinforced C-type welded steel frame, offering outstanding structural strength, excellent vibration resistance, and a large unobstructed working area suitable for processing various steel plate sizes.
9. The machine is equipped with three fully automatic processing stations, including a dedicated marking station. Automatic station indexing minimizes manual intervention while improving machining efficiency and production flexibility.
10. The hydraulic clamping mechanism is designed to securely hold steel plates of varying thicknesses. Working together with a precision zero-reference positioning block and a ball-transfer worktable, it ensures stable clamping, accurate positioning, and smooth material handling throughout the entire machining process.
11. The dual-axis CNC control system coordinates precision servo motors, ball screws, and linear guideways to provide highly accurate X- and Y-axis positioning, ensuring precise punching and marking locations for every workpiece.
12. The complete machining process is fully automated. Operators simply import the workpiece drawing into the CNC control system, after which the equipment automatically performs the programmed punching, marking, and drilling operations with minimal operator intervention.
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