1. The machine frame is manufactured using a C-type welded steel plate structure, providing outstanding rigidity, excellent vibration resistance, and a spacious machining area. It is equipped with three automatic tooling stations, including one dedicated marking station, with automatic tool position switching for improved processing efficiency. The hydraulic clamping system supports various workpiece specifications and utilizes a zero-reference positioning block for accurate alignment, while the ball-transfer worktable ensures smooth material movement. The X- and Y-axis systems are driven by servo motors and precision ball screws, and the dual-axis CNC control system accurately manages punching positions to achieve fully automated machining. Operators can input workpiece parameters into the computer, allowing machining programs to be generated, stored, and reused for future production.
2. The equipment integrates advanced CNC control technology with a servo motor-driven feeding system, delivering high processing efficiency, precise positioning, and consistent machining quality throughout continuous production.
3. Key functional modules adopt a modular structural design, simplifying equipment maintenance, improving component replacement efficiency, and reducing machine downtime.
4. The machine is capable of completing multiple operations, including punching, marking, and drilling, on a single steel plate within one integrated processing cycle, significantly improving production efficiency.
5. The drilling system features rapid positioning, low-speed precision feeding during machining, and fast return movement after completion, optimizing processing efficiency and reducing cycle time.
6. The CNC programming system provides an intuitive operating interface, allowing operators to directly input hole diameters and coordinates. It also supports machining programs generated by CAD/CAM systems and data files created through lofting software, enabling efficient digital production management.
7. The hydraulic power unit adopts a dual-pump and single-motor configuration with an integrated water-cooling system. All hydraulic pipelines utilize sleeve-type connections, while hoses and sealing components are supplied by internationally recognized manufacturers to ensure reliable hydraulic performance and extended service life.
8. The X- and Y-axis drive systems utilize high-performance servo motors, precision ball screws, and linear guideways, providing superior positioning accuracy, excellent repeatability, and stable long-term machining performance.
9. The machine is equipped with an intelligent self-diagnostic system that continuously monitors operating conditions, automatically identifies faults, and provides corresponding fault information to facilitate rapid troubleshooting and maintenance.
10. The optimized machine design reduces manual workload and minimizes operator physical effort, creating a safer, more efficient, and more convenient working environment.
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