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4000-12000mm Workpiece Length Frame Beam CNC Punching Production Machine Line
| MOQ: | 1 set |
| Price: | Negotiable |
| Standard Packaging: | Wooden case |
| Delivery Period: | 60 days |
| Payment Method: | L/C, T/T |
| Supply Capacity: | 200 sets/year |
CNC punching machine with long workpiece
,frame beam CNC punching production line
,CNC plate punching machine 4000-12000mm
4000-12000mm Workpiece Length Frame Beam CNC Punching Production Machine Line
Product Introduction:
The Automobile Longitudinal Beam Flat Plate CNC Punching Production Line is an advanced manufacturing system specifically engineered for precision punching of flat longitudinal beams used in automotive chassis structures. Based on established technologies adopted by comparable equipment in both domestic and international markets, the system has been developed to accommodate the processing requirements of various vehicle frame configurations worldwide. By integrating proven technologies and optimized engineering solutions, the production line delivers a versatile and highly adaptable platform for manufacturing different types of frame longitudinal beams, while providing excellent operational stability, production capacity, and machining efficiency.
Structural composition:
The equipment is primarily composed of an automatic loading and unloading system, a servo-driven centering mechanism for variable-section plate height compensation, a material feeding mechanism, a punching unit, an automatic scrap removal system, together with integrated hydraulic, electrical, and pneumatic subsystems.
Main technical parameters:
| Main parameters of processing longitudinal beams | |
| 1. Processing material data: | |
| Plate thickness mm | 4--9 |
| Material tensile strength (Mpa) | Max.750 |
| Workpiece length (mm) | 4000-12000 |
| Piece width (mm) | 250-600 |
| Workpiece camber (mm) | ≤7/12M |
| Workpiece roughness X(mm) | ≤8/1M≤20/12M |
| Workpiece roughness Y(mm) | ≤5mm |
| 2. Equipment performance parameters and main technical indicators table | |
| Nominal force | 120 tons |
| Machine stroke X | 12000mm |
| Machine stroke Y | 600mm |
| Feeding speed X | 50m/min |
| Feeding speed Y | 30m/min |
| Hole pitch accuracy X | ±0.25mm/200mm |
| ±0.35mm/400mm | |
| ±0.50mm/12000mm | |
| Hole pitch accuracy Y (mm) | ±0.3 |
| Diagonal accuracy of rectangular grouped holes | ±0.4 mm/300 mm |
| Modules | 25 |
| Max. machining aperture (mm) | Φ60 (within the nominal force range of the machine tool) |
| Number of molds | 1 set |
| The main technical parameters of the production line | |
| 1. Longitudinal beam clamping method | hydraulic clamp |
| 2. Main transmission mode | hydraulic transmission |
| 3. CNC system | 828D CNC system |
| 4. Number of control axes | 3 axes |
| 5. Thin operation panel with true color LCD ultra-thin display, Chinese and English switching display | |
| 6. Manual or automatic loading and unloading | (optional) |
| 7. Load capacity of trolley | 20 tons |
| 8. Machine power | 60KW |
| 9. Equipment footprint | length x width x height = 32m X 7.5m X 4m |
Product features:
1. The equipment integrates the advanced 828D CNC control system with a high-performance servo-driven feeding mechanism, enabling high-speed processing while maintaining excellent machining accuracy, repeatability, dimensional consistency, and stable operating performance during continuous production.
2. A servo-controlled automatic centering mechanism is incorporated into the material support roller assembly, enabling efficient processing of longitudinal beams with varying cross-sectional profiles. The system automatically compensates for height differences ranging from 0 to 200 mm, ensuring accurate workpiece alignment, secure positioning, and smooth and reliable material feeding.
3. The punching unit supports the installation of up to 25 punching dies with different diameters, providing flexible tooling configurations, convenient die replacement, and extensive processing adaptability for a wide range of product specifications and manufacturing requirements.
4. The complete production sequence, including material loading, punching, and unloading of finished components, is carried out automatically. This highly integrated design reduces the need for operator intervention and manual labor while improving production efficiency, process consistency, and overall equipment reliability.
5. Punching scrap is automatically conveyed and collected by the integrated waste discharge system, helping maintain a clean and organized production area, preventing accumulation of residual material, and supporting stable, continuous, and uninterrupted machine operation.
6. The intelligent programming system supports direct import of AutoCAD drawings and DXF files generated by commonly used CAD software. Combined with an intuitive Human–Machine Interface (HMI), the system automatically interprets design data and generates corresponding machining programs, simplifying CNC programming, reducing production preparation time, and minimizing the risk of programming errors.
The product showcase presents a representative range of finished longitudinal beam components processed by this automated production system, covering various specifications widely utilized in mining vehicles, heavy-duty trucks, commercial transportation equipment, and specialized industrial vehicles. These demonstration workpieces clearly demonstrate excellent hole positioning accuracy, high-quality punching results, and consistent dimensional performance, providing customers, engineers, and quality control personnel with a direct reference for evaluating the machine’s machining capability, processing stability, and overall manufacturing quality.
This specialized CNC punching production system is specifically developed for high-precision processing of flat longitudinal beam components used in automotive manufacturing applications. It is extensively utilized for producing chassis longitudinal beams for heavy trucks, commercial vehicles, mining machinery, construction equipment, and other special-purpose transportation vehicles. By delivering accurate hole patterns, superior dimensional consistency, and reliable processing performance, the machine effectively meets the strict structural and assembly requirements of critical vehicle frame components, providing manufacturers with an efficient, dependable, and high-precision manufacturing solution.
