Helvi TP 220 Plasma Cutter

Key specs include: inverter-based 220 A performance, ability to cut up to roughly 15 mm (0.59 in) of steel, a cutting bed sized at 1220 x 2020 mm, power draw around 32.5 A, an integrated air compressor with cooling system, drag compensation, reverse polarity current control, and a safety braking system for controlled movement.

Included components typically cover essential consumables and attachments such as the spanner wrench, electrode holder, plasma torch, and drag compensation features. The system also includes the integrated cooling and air compressor setup, along with the recessed LCD interface for settings and results.

Operation is designed to be intuitive via the touch-control interface and recessed LCD display. You’ll set the cutting current, enable drag compensation, monitor results on-screen, and manage safety features. The unit is designed for straightforward use in CNC and manual cutting workflows.

Yes. The TP 220 is described as a professional-grade CNC cutting machine, built to work within CNC setups for automated, precise plasma cutting in fabrication and workshop environments.

Notable safety features include a high-quality braking system to control motion, an integrated air compressor with cooling for stable operation in demanding conditions, and protective design elements. The system also supports safe operation with the drag-compensation and reverse polarity controls to help ensure stable cutting performance.

The TP 220 is capable of cutting steel up to approximately 15 mm (0.59 in) thick under optimal conditions. For stainless and mild steel, the listing notes cutting up to about 1/2 inch. Actual results depend on material type, torch consumables, gas/air quality, and correct settings.

Set up involves placing the unit on a stable surface, connecting the power supply and appropriate compressed air, and powering on via the touch-control interface. Use the LCD display to configure current and other settings, ensure proper grounding, and verify that the integrated cooling and air systems are functioning before cutting.

Regular maintenance includes replacing plasma torch consumables as needed, inspecting and cleaning the air supply to ensure dry, clean air, checking electrical connections, and keeping the cooling system clear of debris. Periodic checks of consumables and the torch will help maintain cutting quality and reliability.

The TP 220 excels in industrial and workshop environments requiring CNC-cut precision on steel parts, frames, and sheet metal. Its high current, CNC compatibility, integrated cooling, and drag compensation make it a strong choice for fabrication shops needing reliable, accurate cuts on thicker steel. For comparable options on Fepy, you can explore the Helvi TP 200 and TP 260 to assess how their amperage, bed size, and feature sets align with your workflow: TP 200 (https://fepy.com/product/helvi-tp-200-plasma-cutter) and TP 260 (https://fepy.com/product/helvi-tp-260-plasma-cutter).

Compared to the TP 200, the TP 220 generally offers higher amperage and more robust cutting capability, which can translate to thicker materials and faster cut rates in CNC workflows. It also preserves the CNC-ready design and integrated features that support precise automated cutting, while TP 200 may be more compact and cost-efficient for lighter-duty tasks. See the TP 200 at https://fepy.com/product/helvi-tp-200-plasma-cutter for exact specifications.

The TP 260 typically provides even higher performance and cutting capacity than the TP 220, with potential for thicker materials or higher throughput in CNC operations. It shares core features like CNC compatibility, drag compensation, and integrated cooling, but is geared toward heavier-duty cutting. Compare the TP 260 at https://fepy.com/product/helvi-tp-260-plasma-cutter to evaluate which model best fits your production needs.