230257 - Miller 230257 Plasma Cut Guide Bushing Insert 1.007 ID x 1.070 OD

Precision Plasma Cutting with Miller 230257

The Miller 230257 Bushing is a specialized insert designed to enhance the performance of your plasma cutting guide system. When precision is paramount, every component in your setup plays a vital role. This bushing acts as the interface between the plasma torch cup and the cutting guide mechanism, ensuring that the torch remains stable and properly aligned throughout the cutting process. Manufactured by Miller Electric, this part meets strict quality standards to provide a reliable fit and long service life in industrial environments.

Dimensional accuracy is the hallmark of this component. With an Inner Diameter (ID) of 1.007 inches and an Outer Diameter (OD) of 1.070 inches, it is engineered to specific tolerances. This precise sizing minimizes play and vibration, which are common causes of jagged edges or wandering cuts. Whether you are performing straight-line cuts or using a circle guide, maintaining a rigid connection between the tool and the guide is essential for achieving professional results. This bushing effectively eliminates the slack that can develop over time with worn components.

As a genuine OEM part, the Miller 230257 ensures compatibility with specific Miller plasma cutting guides. Using authentic replacement parts is crucial for maintaining the safety and efficiency of your equipment. Generic substitutes often lack the exact material hardness or dimensional precision required, leading to premature wear or poor fitment. By choosing this genuine Miller bushing, you are investing in the longevity of your plasma cutting setup and ensuring consistent performance job after job.

Installation is straightforward, allowing operators to quickly swap out worn bushings and return to production with minimal downtime. This insert is an essential spare part for any fabrication shop utilizing Miller plasma cutters with guide attachments. Keeping your guide assembly in top condition is the best way to ensure high-quality cuts and reduce the need for secondary grinding or rework.