2011380 - ESAB Replacement Plasma Torch Shank for 2011374 Assembly

Precision Mounting for High-Performance Plasma Cutting

The ESAB 2011380 Plasma Torch Shank is a critical structural component designed for specific ESAB plasma cutting systems. In the realm of mechanized and manual plasma cutting, the stability and alignment of the torch head are paramount to achieving precise cuts and maintaining the longevity of the equipment. This shank serves as the primary interface between the torch body and the mounting mechanism of your cutting machine or handle assembly, ensuring that the torch remains rigidly fixed during operation.

Manufactured to ESAB's exacting OEM standards, this replacement shank guarantees a perfect fit for systems utilizing the 2011374 assembly. Using non-OEM or ill-fitting mechanical parts in a plasma system can lead to vibration, misalignment, and poor cut quality (such as beveled edges or dross buildup). The 2011380 shank is engineered with precision threading and durable materials to withstand the thermal cycles and mechanical stresses inherent in industrial plasma cutting environments. It ensures that the electrical and gas connections routed through the torch body are not compromised by mechanical play or structural failure.

For maintenance professionals and industrial procurement specialists, sourcing genuine ESAB parts like the 2011380 shank is essential for minimizing downtime. When a torch shank becomes bent, stripped, or damaged due to collisions or wear, immediate replacement is necessary to restore the system's accuracy. This component is designed for straightforward installation, allowing maintenance teams to quickly swap out damaged parts and return the cutting table to full productivity. Trust in ESAB's engineering heritage to provide the reliability required for heavy-duty fabrication tasks.

Key Technical Benefits

• Dimensional Accuracy: Machined to tight tolerances to ensure the torch axis is perpendicular to the workpiece.


• Thermal Durability: Constructed from materials selected to resist deformation under high-heat conditions near the plasma arc.


• System Integrity: Protects internal torch components by providing a robust outer structural shell.