Rotation Speed 120-560r/Min CNC Plate Punching Machine With Stroke Of Drilling Spindle 180mm
Rotation Speed 120-560r/Min CNC Plate Punching Machine With Stroke Of Drilling Spindle 180mm
Product Introduction:
Plate punching machine is designed for punching, marking, and drilling steel plates used in transmission tower manufacturing. It is also suitable for punching, drilling, and marking metal plates for a wide range of other industrial applications.
Product specification:
| Model | BNCZ100 | |
| Max size of work piece (mm) | 1500*800 | |
| Max. punching diameter (mm) | Φ26 | |
| Max. drilling diameter (mm) | Φ50 | |
| Taper of drilling spindle | / | |
| Plate thickness (mm) | Punching | 5~25 (Q235) |
| Drilling | 40 | |
| Punching force (kN) | 1000/1200 | |
| Marking force (kN) | 800/1200 | |
| Min. distance between hole and plate edge (mm) | Punching | 25 |
| Drilling | Depends on hole diameter | |
| Character size(mm) | 14*10*19 | |
| Qty. of character | 12 | |
| Die-stations | 4 | |
| Feeding speed of drilling (mm/min) | 25~280 | |
| Stroke of drilling spindle(mm) | 180 | |
| Rotation speed of drilling spindle(r/min) | 120~560 | |
| Programming mode | Command programming, Auto CAD drawing or layout software | |
| Overall dimensions L*W*H (m) | 3.2*3*2.6 | |
Product Features:
1. The machine features a C-frame structure fabricated from welded steel plates, offering high structural rigidity, excellent operating stability, and a spacious working area for convenient workpiece loading and handling. It is equipped with three automated processing stations, including one dedicated marking station, with automatic station selection to improve machining efficiency. The clamping mechanism accommodates workpieces of various sizes and specifications and incorporates a zero-point reference stop for precise positioning. A ball-transfer worktable enables smooth and flexible workpiece movement. The X- and Y-axis mechanisms are driven by servo motors through precision ball screw assemblies, while the PLC-based CNC control system accurately manages punching positions to facilitate fully automated machining. Operators can create machining programs for individual workpieces and save, retrieve, and reuse them for subsequent production runs.
2. The CNC steel plate punching machine combines advanced numerical control technology with a servo-driven feeding system, ensuring high production efficiency, dependable operation, and consistent machining accuracy during continuous manufacturing processes.
3. The main functional assemblies feature a modular design, simplifying routine maintenance and component replacement while shortening servicing time and reducing equipment downtime.
4. The machine integrates punching, marking, and drilling operations for steel plates within a single machining cycle. This multifunctional configuration significantly improves production efficiency while minimizing workpiece transfers and manual handling.
5. The drilling unit incorporates rapid approach, controlled low-speed cutting feed, and high-speed retraction functions, reducing non-machining time and increasing overall production throughput.
6. The programming system is designed for convenient operation and efficient program preparation. Operators can enter essential machining parameters, including hole diameters, hole coordinates, and required production quantities, directly into the CNC controller. The machine also supports machining programs generated by professional steel structure detailing software, as well as direct CAD/CAM data conversion, improving programming efficiency and providing greater flexibility for different production requirements.
7. An intelligent fault-diagnosis system continuously monitors equipment operating conditions, automatically detects abnormalities, and displays relevant fault information. This function supports timely fault identification, simplifies troubleshooting and maintenance, and helps maximize equipment availability and long-term operational reliability.
This CNC plate punching machine is specifically developed for integrated punching, marking, and drilling of steel plates used in steel tower manufacturing. It delivers precise machining performance to meet demanding dimensional tolerance and surface quality requirements. Beyond its primary application in transmission tower fabrication, the machine provides versatile and reliable plate processing capabilities for a wide range of industrial sectors. By maintaining consistent machining accuracy and operational efficiency across different workpiece specifications, it helps streamline production workflows, increase manufacturing productivity, and improve finished-product quality.
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