0413671001 - ESAB Circle Cutting Guide Pin Attachment

Technical Overview of the ESAB 0413671001 Guide Pin Attachment

The ESAB 0413671001 is a specialized Guide Pin Attachment designed to serve as the critical pivot point for ESAB circle cutting guide assemblies. In precision plasma cutting applications, the ability to execute perfectly circular cuts relies heavily on the stability and accuracy of the central anchor. This component is engineered to fit seamlessly into the designated holder of compatible ESAB circle cutting kits, allowing the torch to rotate smoothly around a fixed center.

Manufactured from high-grade steel, this guide pin is built to withstand the rigors of the industrial environment, including exposure to heat, sparks, and mechanical stress. The pin features a pointed tip designed to seat firmly into a center punch mark on the workpiece, preventing slippage that could lead to irregular cuts or wasted material. The shank of the pin is machined to precise tolerances to ensure a snug fit within the guide arm assembly, eliminating wobble that would otherwise compromise the cut quality.

This attachment is an essential spare part for fabricators who frequently utilize circle cutting guides. Over time, the tips of guide pins can become dulled or the component may be misplaced during field work. Replacing the pin with this genuine ESAB OEM part ensures that the cutting guide performs to its original specifications. It is compatible with various ESAB plasma torch cutting guides, making it a versatile component for maintenance and repair inventories. Proper installation involves securing the pin at the desired radius distance and ensuring the center point is clearly marked on the base metal.

By maintaining the integrity of the pivot point with the 0413671001 attachment, operators can achieve consistent edge quality and dimensional accuracy in their circular cutouts, reducing the need for secondary grinding or rework. This part exemplifies ESAB's commitment to providing comprehensive support for their cutting systems down to the smallest accessory.