Gantry Type CNC Flame and Plasma Sheet Metal Cutting Machine
- Model: CP-3180
- Working Size: 3100*8000mm
- Plasma Source: 120A (Optional 63/100/160/200/300/400A)
- Cutting Thickness: 1-20mm by plasma, 1-200mm by flame
- Availability: Production after order confirmation (Preorder)
- Payment Method: Bank Transfer (T/T), Trade Assurance
- Standard - Meeting CE Standards in Terms of Quality & Safety
- Warranting - One (1) Year Limited Warranty for Entire Machine
The Gantry Type CNC Flame and Plasma Cutting Machine is designed for high-precision sheet metal processing. It combines flame and plasma cutting methods to handle both thick and thin metal plates efficiently. With a heavy-duty gantry structure and advanced CNC control, it ensures stable performance and accurate cutting—ideal for metal fabrication, machinery, shipbuilding, and construction industries.
Features of Gantry Type CNC Flame and Plasma Sheet Metal Cutting Machine
- Heavy-Duty Main Frame: The machine frame is built using 8mm thick steel plates, delivering excellent structural stability and high resistance to mechanical stress, ensuring long-term cutting precision without deformation.
- Precision-Machined Front Beam: The front crossbeam is made of 20mm thick steel and processed in one pass on a high-precision CNC milling machine to achieve superior flatness and surface finish, which improves cutting quality.
- High-Accuracy Rail and Rack Installation: The guide rail and gear rack grooves are simultaneously milled on the front beam using CNC equipment, guaranteeing smooth torch movement and enhanced accuracy for both plasma and flame cutting.
- Thermal-Resistant Hollow Beam Design: The beam features a hollow structure to minimize heat distortion during high-temperature operations, preserving machine accuracy over time.
- Industrial-Grade Drive System: Equipped with dual servo motors and precision planetary reducers for stable motion control, high speed, and reliable performance in demanding industrial environments.
- Enhanced Cutting Bed Support: The machine includes a reinforced cutting platform with robust support brackets to handle heavy metal sheets, reduce vibrations, and improve overall cutting accuracy.
Specification of Gantry Type CNC Flame and Plasma Sheet Metal Cutting Machine
| Item | Details |
|---|---|
| Effective Cutting Area | 3100mm × 8000mm (custom dimensions available upon request) |
| Cutting Techniques | Dual support for Plasma and Oxy-fuel (Flame) cutting |
| Plasma Source Options | Compatible with Hypertherm and Huayuan power supplies |
| Torch Lifting Height | Vertical stroke up to 200mm |
| Oxy-fuel Cutting Speed | Adjustable from 0 to 2000 mm/min |
| Plasma Cutting Speed | Adjustable from 0 to 6000 mm/min |
| Repeat Position Accuracy | Within ±1.0mm |
| Linear Precision (Long Axis) | ±0.2mm per 10 meters |
| Programming Language | Supports standard G-code |
| Data Transfer Mode | USB port for file upload and machine communication |
| Nest Programming Software | Compatible with FastCAM or StarCAM software |
| Power Supply Requirements | 3-phase 380V±10% / 50Hz or single-phase 220V±10% / 50Hz |
Application of Gantry Type CNC Flame and Plasma Sheet Metal Cutting Machine
The Gantry Type CNC Flame and Plasma Sheet Metal Cutting Machine is widely used in various industrial sectors for precision cutting of both ferrous and non-ferrous metal sheets. Its dual cutting capability—plasma for high-speed, low-deformation cutting and flame for thick carbon steel plate processing—makes it a versatile solution for heavy-duty manufacturing needs.
This machine is commonly applied in steel fabrication, metalworking, automobile manufacturing, shipbuilding, construction machinery, pressure vessel production, tower and bridge engineering, and agricultural equipment manufacturing. It is ideal for processing mild steel, stainless steel, aluminum, brass, and galvanized sheet metal with high accuracy and efficiency.
Whether used for custom metal parts, structural components, or precision sheet metal cutting, the gantry CNC plasma and flame cutter helps manufacturers improve productivity, reduce waste, and achieve clean, high-quality cuts in demanding industrial environments.
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