Carmex Carbide Tiny Tool - Grooving - MGL - BMK Grade - Minimum Diameter 5.1mm x 1.19mm Groove Width x 22mm Reach (Left Hand)

The Carmex Carbide Tiny Tool – Grooving – MGL (BMK Grade) is a precision carbide cutting tool designed specifically for small-groove operations. Its compact form makes it ideal for creating grooves on tiny parts and components, delivering consistent results where space is limited. This left-hand tool features a diameter of 5.1 mm, a groove width of 1.19 mm, and a reach of 22 mm, enabling access to tight features with reliable performance.

Made from premium BMK-grade carbide, the tool offers excellent durability, strength, and wear resistance. The small size and robust construction work together for steady cuts, reduced deflection, and predictable results across a range of materials. It is compatible with a wide range of machines and systems, making it a versatile and dependable choice for many grooving applications.

• Tiny-groove precision for tight features: Access narrow slots and micro grooves with confidence thanks to the 5.1 mm diameter, 1.19 mm groove width, and 22 mm reach, all in a left-hand configuration that suits many setups.
• BMK-grade carbide with lasting durability: Premium carbide delivers strong cutting edges, excellent wear resistance, and stable performance over many cycles, helping maintain tight tolerances.
• Wide machine compatibility: Designed to slot into a broad range of machines and systems, reducing setup time and downtime while delivering reliable, repeatable grooves across jobs.

This tiny grooving tool helps you streamline micro-machining workflows: it reaches into confined spaces, reduces the need for multiple tools, and delivers clean, accurate grooves on first pass. The robust BMK carbide stands up to demanding materials, helping you maintain consistent quality across parts and batches, while the left-hand geometry and broad machine compatibility minimize setup complexity. With this tool in your kit, you can finish small-geometry jobs faster, with fewer interruptions and more predictable results.