3060 CNC Gas Plasma Cutting Machine

The Remax 3060 is designed for industrial metal cutting and can cut conductive metals including mild steel, stainless steel, aluminum and other ferrous and non‑ferrous metals. Exact performance depends on material type, thickness and the plasma gas/consumables used.

Cutting thickness ranges from 1 mm up to 200 mm (plasma cutting thickness listed as 0–200 mm). Actual maximum effective thickness depends on the plasma power source, consumables and cutting parameters.

The machine offers cutting precision up to 1 mm and a cutting speed range from 50 to 8,800 mm/min, adjustable to match material and thickness.

The Remax 3060 supports 220V or 380V supply. It uses a HUAYUAN power source; confirm whether your site requires single‑phase 220V or three‑phase 380V and ensure a stable supply and proper grounding.

The machine is offered with stepper or servo motor options. Servo motors provide higher speed and better dynamic response, while stepper motors are a cost‑effective choice for many applications.

The machine uses the START Control System. Most START‑based CNC systems accept common formats such as G‑code, DXF and PLT, but you should confirm exact format compatibility and post‑processor requirements with the supplier.

The model is described as a gas plasma cutting machine but the spec also lists 'Cutting Mode: Flame', which suggests the platform may support both plasma and oxy‑fuel torches or that the specification template included flame by default. Confirm with the vendor whether your unit is fitted for plasma only or also configured for oxy‑fuel/flame cutting.

Plasma cutting commonly uses compressed air, oxygen, nitrogen or special gas mixes depending on the metal and cut quality desired. The appropriate gas depends on the power source and consumable recommendations—verify compatible gases with the supplier and HUAYUAN power source documentation.

Typical consumables include electrodes, nozzles/tips, swirl rings and shields. Keeping a stock of these wear parts plus spare torches, torch leads and replacement filters for compressed air is recommended to minimize downtime.

Regular maintenance includes cleaning torch components, checking and replacing consumables, inspecting cables and connections, verifying alignment and grounding, lubricating linear guides/rails as recommended, and ensuring clean, dry compressed air. Follow the supplier’s maintenance schedule.

Use appropriate PPE (welding/plasma goggles or shaded face shield, gloves, protective clothing), provide adequate ventilation or fume extraction, secure gas cylinders, ensure proper machine grounding, and follow lockout/tagout procedures for maintenance. Adhere to local safety regulations.

Yes — the specification lists that video outgoing inspection and a machinery test report are provided with the machine.

Typical applications include manufacturing metal parts and components, fabrication of structures and frames, automotive and aerospace component cutting, metalworking shops doing custom projects, and artistic metal sculpture work.

The machine weight is approximately 1,000 kg. Ensure your facility has adequate floor load capacity, space for installation and maintenance, proper electrical supply (220/380V), gas and compressed air hookups, and safe access for delivery and positioning.

Warranty and after‑sales services vary by seller. Many suppliers offer installation, commissioning, operator training and spare parts support. Contact the vendor or distributor for specific warranty terms, service packages and local support options.