KnKut 7/64" Jobber Length Drill Bit - KnKut

The KnKut 7/64" Jobber Length Drill Bit (KK5-7/64) is a professional-grade tool engineered for precision and durability in demanding automotive and industrial settings. Crafted from premium M-7 Molybdenum high-speed steel, this drill bit provides consistent, accurate results when working with challenging materials, offering an optimal balance of red hardness, edge toughness, and wear-resistance. It is designed to meet the rigorous demands of professional technicians and mechanics.

Key Features

• Self-Centering 135-degree Split Point: Ensures immediate, precise drilling without requiring a center punch or pilot hole, producing rounder and more accurate holes.
• High-Grade M-7 Molybdenum Steel: Manufactured from M-7 Molybdenum high-speed steel with high vanadium content, providing superior strength, heat resistance, and extended tool life in rigorous professional environments.
• Salt Nitride Treatment: Undergoes a deep salt nitride treatment that enhances surface hardness, significantly improving wear resistance and enabling effective penetration through tough alloys like stainless steel and titanium, while also reducing friction and improving corrosion resistance.
• Optimized Chip Evacuation: Features a specialized spiral flute design that efficiently removes chips during operation, preventing clogging and supporting faster, uninterrupted drilling performance.

Applications

This KnKut Jobber Length Drill Bit is suitable for a wide range of professional drilling tasks across automotive repair, fabrication, and industrial maintenance.

• Creating precise holes in challenging materials such as stainless steel, titanium alloy, and other tough industrial alloys.
• Drilling through various automotive components, including engine parts and body panels, and heavy machinery parts.
• Precision drilling in thin materials like sheet metal, commonly required in vehicle bodywork, custom fabrication, and repair.
• General-purpose drilling in metals, wood, plastics, and composites where a balance of rigidity and versatility is needed.