The portable CNC plasma flame cutting machine offers dual cutting capabilities: plasma cutting and oxy-fuel (flame) cutting. Plasma mode is typically used for cutting metals with a thickness of up to 30mm, making it ideal for light to medium-duty tasks. For heavier applications, the flame cutting mode is suitable for cutting steel or iron plates ranging from 30mm to 200mm in thickness.
| Model | LGK-120HD | LGK-200HD | LGK-300HD | LGK-400HD |
|---|---|---|---|---|
| Input Voltage | 3-phase 380V / 415V, 50/60Hz | Same | Same | Same |
| Input Power Consumption | 21.23 kVA | 46.5 kVA | 70.42 kVA | 92.34 kVA |
| Output Current Range | 30–120A | 40–200A | 60–300A | 60–400A |
| Rated Output Current | 120A | 200A | 300A | 400A |
| Output Voltage (Rated) | 128V | 160V | 200V | 200V |
| Duty Cycle @ 100% | 100% Continuous | Same | Same | Same |
| Open Circuit Voltage | 308V DC | 319V DC | 370V DC | 370V DC |
| Optimal Cut Thickness (manual cutting on carbon steel) | 0.3–25mm | 1–45mm | 1–50mm | 1–60mm |
| Maximum Cut Capacity (manual, carbon steel) | 45mm | 65mm | 80mm | 90mm |
| Plasma Cutting Gas | Compressed Air | Same | Same | Same |
| Required Gas Pressure | 0.3–0.5 MPa | 0.4–0.6 MPa | 0.4–0.6 MPa | 0.4–0.6 MPa |
| Torch Cooling Type | Air-Cooled | Air or Water-Cooled | Same | Same |
| Ignition Method | High-Frequency (HF) Start | Same | Same | Same |
| Insulation Class | F-Class | Same | Same | Same |
| Enclosure Rating | IP21S | Same | Same | Same |
| Machine Dimensions (L×W×H) | 675×320×605mm | 863×385×800mm | 985×445×910mm | 1015×445×910mm |
| Net Weight | 46 kg | 86 kg | 129 kg | 148 kg |
| Item | Specification (Rewritten) |
|---|---|
| Model Number | CP-1530 CNC Plasma Cutting System |
| Input Voltage | AC 220V / 380V, 50Hz (single or three-phase configurable) |
| Effective Cutting Area | 1500mm x 3000mm (5ft x 10ft cutting platform) |
| Plasma Cutting Capacity | 0–30mm (depending on the plasma source model and power rating) |
| Oxy-fuel Cutting Range | 1–200mm (flame cutting thickness for steel and other materials) |
| Machine Net Weight | Approx. 230 kg |
| Control Panel | STARFIRE CNC Controller (FANGLING optional as upgrade) |
| Drive Motor System | LEADSHINE hybrid stepper motor drive |
| Motion Transmission | High-precision gear rack drive system |
| Plasma Power Supply | Compatible with HUAYUAN or Hypertherm plasma generators |
| Linear Motion Guide | Precision round guide rail system |
| Nesting & Programming | Includes FASTCAM software for layout and automatic nesting |
The CP-1530 portable CNC plasma and flame cutting machine is ideal for cutting a wide range of metals commonly used in North American and European industries. Suitable materials include:
This CNC plasma cutter for metal delivers reliable performance for both thin sheet cutting and heavy-duty flame cutting, making it a top choice for fabrication shops in the USA and Europe.
Designed to meet the demands of industrial metal processing, the CP-1530 is widely used in:
Whether you’re operating in a European metal workshop or an American fabrication facility, this portable CNC plasma cutting machine provides flexible, accurate, and powerful cutting performance—indoors or outdoors.
The CP-1530 portable CNC plasma and flame cutting machine offers two versatile cutting modes: plasma cutting for high-speed, precision cutting of thin metals, and oxy-fuel (flame) cutting for handling thicker steel materials.
Typically, the CNC plasma cutting system is used for cutting metal sheets under 30mm, such as carbon steel, stainless steel, and aluminum. For heavy-duty applications, the flame cutting mode is ideal for cutting iron and thick steel plates up to 200mm
The STARFIRE control system used in the Detachable 3015 CNC plasma cutting machine features a fully digital interface, delivering stable and efficient performance. It offers an intuitive operating experience, with easy-to-follow menu navigation and visual icons guiding each function.
The ergonomically designed control panel includes clearly labeled keys for a user-friendly experience. A USB port is conveniently located on the side of the control unit, allowing quick access for importing cutting files or software updates directly from a flash drive.
Crafted from professional industrial aluminum material, this lightweight aluminum alloy combines excellent steel-like strength with low inertia properties. Its superior mechanical characteristics help to enhance cutting speed, improve machining efficiency, and prolong the service life of CNC machine parts. This high-strength, durable aluminum is ideal for demanding industrial applications requiring both lightweight construction and robust performance.
The precision CNC plasma cutting machine delivers an exceptionally flat and smooth cutting surface that is free from burrs, warping, and thermal damage such as cracks or material distortion. Thanks to its advanced technology, the machine minimizes the heat-affected zone (HAZ) during the cutting process, resulting in outstanding dimensional accuracy and high-quality edges. This low thermal impact significantly reduces the need for secondary surface finishing, making post-cutting processing faster and more cost-effective. Ideal for industries requiring clean, precise metal cutting with superior edge quality.
The plasma cutting torch automatic height control system utilizes a closed-loop PWM (Pulse Width Modulation) control method, enabling precise and automatic adjustment of the torch height during the cutting process. This system ensures a consistent distance between the cutting torch and the metal surface, which significantly enhances cutting accuracy and overall cut quality.
The system features plasma torch consumable life monitoring, providing real-time status updates to optimize maintenance schedules. It includes comprehensive gas pressure and coolant flow monitoring, with display, detection, warning, and control capabilities to ensure safe and stable operation. Users can independently set parameters such as gas pre-flow, post-flow, and arc current ramp-up times for precise cutting control.
Additional safeguards include automatic overheating protection and under-voltage protection, alongside a fault code display for easy troubleshooting. An intelligent cooling fan helps reduce dust accumulation, enhancing machine reliability and prolonging component lifespan.
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