KnKut 23/64 Fractional Mechanics Length Step Point Drill Bit - KnKut

Specifications

• Manufacturer: KnKut KNKUT KNKUT - ACH
• Model Number: KK10-23/64
• Drill Bit Size: 23/64 inch (Fractional)
• Drill Bit Type: Mechanics Length, Step Point
• Weight: 0.5 lbs
• Dimensions: 4.9 x 1.95 x 0.3 inches

Key Features

• Fractional 23/64 Inch Size: Designed for precise drilling, this fractional drill bit ensures accurate hole diameters for specific imperial requirements.
• Mechanics Length Design: The shorter overall length enhances rigidity and minimizes deflection, making it suitable for controlled drilling and confined work areas.
• Step Point Tip: Engineered for superior self-centering, the step point prevents drill bit walking on the workpiece, promoting clean and accurate hole starts.
• Durable Construction: Manufactured from high-quality materials, this KnKut drill bit is built for extended tool life and consistent performance across various drilling applications.

Applications

• Automotive repair and maintenance
• Precision metalworking and fabrication
• Machinery assembly and installation
• Industrial and workshop tasks requiring specific fractional hole sizes
• General-purpose drilling where accuracy and rigidity are critical

Benefits

• Achieve Accurate, Clean Holes: The combination of a precise 23/64 fractional size and a self-centering step point ensures minimal bit wandering, producing accurate and clean holes from the initial contact.
• Enhanced Control in Confined Spaces: Benefit from increased stability and reduced bit flex thanks to the mechanics length design, allowing for better control and performance when drilling in restricted areas.
• Faster, More Efficient Drilling Starts: The specialized step point tip eliminates the need for pilot holes in many materials, streamlining your workflow and saving valuable time on projects.
• Reliable, Long-Lasting Performance: Built with robust materials, this KnKut drill bit maintains its sharpness and integrity through repeated use, providing dependable results and reducing the frequency of tool replacement.