0004450616 - ESAB IPQ Powder Marking Nozzle 60-100mm 0004450616

Precision Marking for Automated Fabrication

The ESAB IPQ Powder Marking Nozzle (60-100mm), part number 0004450616, is a critical component for maintaining the accuracy and legibility of your automated marking operations. Designed specifically for the ESAB IPQ powder marking system, this nozzle ensures that zinc powder is deposited smoothly and consistently onto the workpiece. In heavy industrial environments such as shipbuilding, structural steel fabrication, and bridge building, clear layout lines are essential for downstream processes like welding and assembly. A worn or clogged nozzle can result in fuzzy lines, interrupted marking, or excessive powder consumption, all of which can lead to costly layout errors.

This genuine ESAB replacement part is engineered to withstand the rigorous conditions of a cutting table environment, where heat, dust, and vibration are constant. The "60-100mm" designation refers to the specific assembly length or configuration compatibility within the IPQ system, ensuring a perfect fit for your existing setup. By replacing your nozzle at regular intervals or at the first sign of wear, you ensure that your marking station continues to operate at peak efficiency, delivering high-contrast lines that remain visible even after handling.

At Josef Gas, we understand that the smallest components often play the biggest roles in production continuity. This nozzle is manufactured to ESAB's exacting standards, guaranteeing compatibility and performance. Whether you are marking bend lines, weld locations, or part identification numbers, the integrity of the nozzle directly impacts the quality of the mark. Trust genuine ESAB parts to keep your automated systems reliable and precise.

Technical Compatibility

This nozzle is intended for use with ESAB's IPQ series of powder markers, commonly found integrated into gantry cutting machines (oxy-fuel or plasma). It facilitates the flow of marking powder (typically zinc-based) which is melted onto the plate surface to create durable, heat-resistant marks.