High-precision plasma cutting torches and Hypertherm-compatible replacement consumables for clean, accurate industrial cutting on all metals.
High precision cutting
OEM-compatible spares
Extended life hafnium
Deflector & retaining
Plasma cutting uses a high-velocity jet of ionised gas (plasma) at temperatures exceeding 20,000°C to melt and blow away metal. It is significantly faster than oxy-fuel cutting, produces a narrower kerf, and can cut all electrically conductive materials including steel, stainless steel, aluminium, brass, and copper. Plasma cutting is widely used in fabrication shops, shipbuilding, automotive manufacturing, and structural steel industries.
High-precision hand-held plasma cutting torch for manual cutting operations on steel, stainless steel, aluminium, and other conductive metals. The ergonomic handle reduces operator fatigue during extended cutting sessions. Compatible with most plasma cutter power sources used in Indian industry.
Rigid-body plasma cutting torch designed for CNC plasma cutting tables and automated cutting systems. The fixed-angle straight body ensures consistent torch-to-plate standoff distance for uniform cut quality across long straight cuts and complex profiles. Compatible with Hypertherm-style connections.
We stock the complete range of Hypertherm-compatible replacement consumables for all major Hypertherm plasma cutter models. Our replacement consumables meet the same dimensional and material specifications as OEM parts, providing equivalent cut quality at competitive pricing.
The electrode is the primary wear component in a plasma cutting system. It conducts the electrical current into the plasma arc. Electrodes are typically made from copper with a hafnium or silver tip — hafnium withstands the intense heat and erosion of the plasma arc. When the hafnium pit depth exceeds 1.5mm–2mm, the electrode must be replaced to maintain cut quality.
The plasma nozzle (also called a cutting tip) constricts and shapes the plasma column as it exits the torch. Nozzle orifice diameter determines the plasma column width and thus the kerf width. Available in standard-cut and fine-cut variants — fine-cut nozzles produce a narrower kerf for high-precision work.
Deflector shields (also called shield caps or drag shields) protect the nozzle and torch body from molten metal spatter during cutting. They also set the correct standoff distance when drag cutting directly on the metal surface. When the shield is worn or damaged, it should be replaced to prevent damage to the more expensive nozzle.
The swirl ring is a precision-machined component that imparts a rotational (swirling) motion to the shielding gas as it flows around the electrode and nozzle. This swirling action helps to center the plasma arc within the nozzle bore, stabilising the arc and improving cut quality. Worn swirl rings cause erratic arc behaviour and reduced cut quality.
Retaining caps hold the nozzle, shield, and swirl ring in their correct positions on the torch body. They ensure concentricity of the consumable stack, which is critical for consistent arc quality. Available in both inner and outer retaining cap configurations depending on the torch model.
Beyond Hypertherm-compatible consumables, we also supply replacement consumables for other plasma cutting torch brands used in the Indian market. Contact us with your torch model and current consumable part numbers for availability check and pricing.