1. The machine adopts a high-strength C-frame welded steel structure with enhanced rigidity, excellent vibration resistance, and a spacious open working area. It is equipped with three automatic processing stations, including two punching stations and one dedicated marking station, with automatic station switching to improve machining efficiency. The hydraulic clamping system securely fixes steel plates of different dimensions and thicknesses, while a precision reference positioning block ensures accurate workpiece alignment. A ball-transfer worktable enables smooth and convenient material handling during processing. The X- and Y-axis systems are driven by high-performance servo motors and precision ball screw mechanisms, combined with PLC closed-loop feedback control to achieve fully automated, high-precision punching operations. Machining programs can be generated, stored, and reused, making the equipment highly suitable for efficient batch production.
2. By combining advanced CNC control technology with a servo-controlled feeding system, the machine delivers excellent production efficiency while maintaining outstanding machining precision, dimensional stability, and repeatable processing performance during continuous operation.
3. The main functional modules adopt a modular structural concept, which simplifies daily maintenance procedures, improves component replacement efficiency, and effectively reduces equipment downtime, ensuring higher long-term operational reliability.
4. The equipment is capable of completing punching and marking operations on a single steel plate within one integrated machining cycle, minimizing workpiece transfer time and significantly improving overall processing efficiency and production capacity.
5. The CNC control system features an intuitive and user-friendly programming interface that supports direct import of CAD drawings and processing data generated by nesting and lofting software. Full compatibility with TEKLA NC1 files enables seamless data conversion, simplified programming, and efficient digital production management.
6. An intelligent self-diagnosis and monitoring system is integrated into the equipment to continuously track operating conditions, automatically identify abnormal situations, and provide detailed fault information. This function enables fast troubleshooting, improves maintenance efficiency, and enhances overall equipment reliability.
7. The X- and Y-axis transmission systems utilize high-performance servo motors, precision ball screw drives, and high-accuracy linear guideways to achieve superior positioning precision, excellent repeatability, and stable machining performance throughout long-term operation.
8. The main machine structure is manufactured with a reinforced C-type welded steel frame, providing exceptional structural strength, outstanding stability, and a large processing area suitable for handling various steel plate sizes and production requirements.
9. The machine integrates three fully automatic processing stations, including a dedicated marking station. Automatic station indexing reduces manual adjustment requirements while improving processing speed, production flexibility, and overall machining efficiency.
10. The hydraulic clamping system is engineered to securely fix steel plates with different thickness specifications. Combined with a precision zero-point reference positioning block and ball-transfer worktable, it provides reliable clamping force, accurate positioning, and smooth material movement throughout the entire machining process.
11. The dual-axis CNC motion control system integrates precision servo drives, ball screw transmission mechanisms, and linear guideways to achieve highly accurate X- and Y-axis positioning, ensuring precise punching and marking locations for every processed workpiece.
12. The complete machining process is fully automated. Operators only need to import the workpiece drawing into the CNC control system, after which the machine automatically executes the programmed punching, marking, and drilling procedures with minimal manual intervention, improving production efficiency and operational consistency.
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