Heavy-Duty CNC Plasma & Flame Dual Cutting Machine

Designed for industrial use, it can cut a wide range of metals including carbon steel, stainless steel and other ferrous and non-ferrous metals commonly used in fabrication.

Overall cutting capability is 5–300 mm. Plasma cutting is suitable for 5–150 mm. Flame cutting is typically 5–150 mm and can reach up to 300 mm for thick carbon steel where oxy-fuel is appropriate.

Cutting speed ranges from 0 up to 10,000 mm/min depending on material and thickness. Cutting precision is specified at ±0.5 mm.

Use plasma cutting for higher-precision, faster cuts on thinner to mid-thickness metals (including stainless steel and non-ferrous materials). Use flame (oxy-fuel) cutting for thicker carbon steel sections where deep penetration is required and the slightly lower edge precision is acceptable.

The machine requires a 380V three-phase electrical supply. Additional utilities typically include compressed air for plasma systems, and gas (oxygen and fuel gas such as acetylene or LPG) and proper exhaust/ventilation for flame cutting. Exact utility specs depend on the plasma power source and torch options—confirm with the supplier.

Machine footprint is 21 m (L) × 5.4 m (W) × 2.5 m (H) and it weighs approximately 3000 kg. Installation usually requires a level reinforced foundation or floor, lifting equipment (crane or forklift) for placement, anchoring, and space for gas and ventilation systems.

Core components include PLC, engine, gearbox, motor, pressure vessel, CNC system and included nesting software for optimizing cutting layouts. Exact CNC model and plasma power source options may vary by configuration.

The included nesting software typically accepts common formats such as DXF and DWG. Many CNC systems also accept standard NC code. Confirm specific format support and post-processor compatibility with the supplier if you use specialized CAM software.

Yes. The product listing indicates training is provided—this usually covers machine operation, CNC/nesting software, safety procedures and basic maintenance. Confirm the scope and location (on-site or at factory) with the vendor.

Follow industry-standard safety: use appropriate PPE (welding goggles/helmet, gloves, protective clothing), ensure proper fume extraction and ventilation, install gas leak detection and fire suppression as needed, maintain proper grounding, and implement lockout/tagout procedures during maintenance.

Consumables include plasma electrodes, nozzles/tips and shields; flame cutting requires torch tips and regular oxygen/fuel management parts. Routine maintenance includes lubricating moving parts, checking gearbox and drive components, inspecting torch mounts and wiring, replacing worn consumables, and periodic calibration of the CNC system.

Yes. Many buyers customize plasma power supplies, torch types, and automation options to suit application-specific needs. Contact the manufacturer or sales representative to discuss available options and compatibility.

Warranty terms and after-sales support vary by supplier. The listing does not specify warranty length—contact the seller for warranty details, spare parts availability and service agreements. Many vendors also offer extended support packages.

The machine includes nesting software to arrange parts efficiently on sheets to reduce material waste and improve throughput. The nesting package typically generates optimized cut paths that the CNC system executes.

Shipping and installation services are typically arranged through the supplier. Due to the machine size and weight, plan for suitable transport, on-site lifting equipment and foundation preparation. Ask the vendor about on-site commissioning and operator training as part of the purchase.