12D797 - Walter W220 Grinding Point for Mild Steel and Cast Iron

Precision Finishing with Walter W220 Mounted Points

The Walter W220 Mounted Point (SKU: 12D797) represents the pinnacle of precision abrasive technology for industrial finishing applications. Designed specifically for metalworkers who demand accuracy and consistency, this mounted point is engineered to deliver superior results on mild steel, cast iron, and tool steels. In the realm of abrasive consumables, the balance of the tool is paramount. Walter Surface Technologies has crafted this point using top-quality abrasive grains that are bonded to ensure flawless equilibrium. This attention to manufacturing detail results in a product that spins true, eliminating the wobble and runout that can mar a workpiece or damage the bearings of expensive pneumatic or electric die grinders.

When working in tight spaces, such as the internal cavities of a casting or the intricate corners of a fabrication, control is everything. The W220 shape provides the versatility needed to reach these difficult areas while maintaining enough surface area for effective material removal. The abrasive composition is optimized for ferrous metals, allowing for aggressive stock removal when necessary, yet capable of leaving a smooth finish during final passes. This makes it an indispensable tool for mold and die shops, foundries, and general fabrication facilities where precision fitting is required.

Furthermore, the vibration-free operation of the Walter W220 translates directly to operator comfort and safety. Excessive vibration can lead to hand-arm vibration syndrome (HAVS) over prolonged periods; by utilizing a perfectly balanced point, users can work longer with less fatigue. Whether you are enlarging a bore, cleaning up a riser on a casting, or performing detailed deburring on high-tensile steel, this mounted point delivers the reliability and performance associated with the Walter brand. It is a testament to the fact that even the smallest consumable plays a critical role in the overall quality of the finished metal product.