277289 - Spirit II 200 Amp Plasma Cutting Nozzle

Optimize High-Definition Cutting with Genuine Lincoln Consumables

The Lincoln Electric 277289 Nozzle is a critical component designed specifically for the Spirit II plasma cutting system. Engineered to handle 200 Amps of cutting current, this nozzle plays a pivotal role in the high-definition plasma process, constricting the arc to focus energy density for clean, precision cuts. For industrial fabrication environments where uptime and cut quality are paramount, utilizing genuine OEM consumables is essential to maintaining the performance specifications of your capital equipment.

Manufactured to tight tolerances, this nozzle ensures proper alignment within the torch assembly, which is vital for maintaining gas flow dynamics and arc stability. Inconsistent or third-party nozzles can lead to premature failure, irregular cut edges, and increased dross levels, all of which drive up secondary processing costs. The 277289 nozzle is optimized for use on a variety of materials, including mild steel, stainless steel (using air or nitrogen), and aluminum, making it a versatile choice for diverse production schedules.

Investing in genuine Lincoln Electric / Burny Kaliburn consumables protects your torch investment. The high-quality copper alloy construction provides excellent thermal conductivity, rapidly dissipating the intense heat generated during 200A cutting operations. This thermal management extends the life of the nozzle and surrounding components, reducing the frequency of consumable changeovers and maximizing machine availability. Whether for heavy structural fabrication, shipbuilding, or automotive manufacturing, this nozzle delivers the reliability required for automated cutting tables.

By maintaining a stock of 277289 nozzles, facility managers can ensure their Spirit II systems continue to deliver the "FineLine" quality cuts that the machine is known for. Consistent consumable performance translates directly to predictable production metrics, lower scrap rates, and higher overall operational efficiency.