Carmex Carbide Tiny Tool - Deep Face Grooving - MVR - K20 Grade - 12mm Minimum Diameter x 2.5mm Groove Width x 22mm Groove Depth

The Carmex Carbide Tiny Tool for Deep Face Grooving is a precision solid carbide cutting tool designed for challenging deep face grooves in small or intricate parts. It features a 12 mm minimum diameter, a 2.5 mm groove width, and a 22 mm groove depth, enabling accurate, repeatable grooves in tight spaces. This tool is ideal for engineers, machinists, and hobbyists who need reliable performance on stainless steels and similar materials.

As part of Carmex's line of solid carbide bars optimized for deep face grooving, this tool leverages a K20-grade carbide (MVR) for dependable, consistent results. The product line also includes coated grades to suit different speeds and materials: BXC provides TiN coating for low-speed cutting on stainless steels, while BMK offers sub-micron grade performance with advanced PVD coatings for high heat resistance and smooth cutting.

• Exact deep-face grooving geometry: Delivers a 12 mm minimum diameter, 2.5 mm groove width, and up to 22 mm groove depth for precise, repeatable grooves in tight spaces.
• Durable carbide construction for long tool life: Solid carbide composition provides high wear resistance, helping reduce tool changes and downtime in demanding grooving tasks.
• Coated-grade versatility for materials and speeds: Part of a line that includes BXC and BMK variants, offering options for low cutting speeds on stainless steels and high-heat performance for broad material compatibility.

With the Carmex Carbide Tiny Tool for Deep Face Grooving, you gain a reliable, repeatable groove every time, even in tight pockets. The K20-grade carbide delivers consistent performance under load, helping you finish parts faster with fewer passes and less rework. Combined with the available coated-grade options in the line, this tool adapts to stainless steels and other materials while maintaining smooth cutting and predictable results, enhancing overall workflow and productivity.