Power Tools - Chicago-Latrobe Carbide Stub The Chicago-Latrobe 78684 759 #45 Carbide Stub is a premium cutting tool crafted for precision and durability in industrial applications. This high-quality stub drill is designed to deliver optimal performance in a variety of materials, making it an essential addition to any professional toolkit.

Key Features

• Material Composition: Constructed from high-grade carbide, this stub drill ensures enhanced wear resistance and longevity, providing exceptional performance in tough applications.

• Size Specification: The drill features a #45 size, making it suitable for a variety of general-purpose drilling tasks, with precise dimensions tailored for accuracy.

• Design Innovation: Engineered with a stub length, the drill provides improved rigidity and stability during use, resulting in cleaner holes and reduced breakage.

• Cutting Edge Geometry: The specialized flute design facilitates efficient chip removal, enabling faster drilling and extending tool life.

• Versatile Compatibility: This drill is compatible with various power tools, making it an ideal choice for a wide range of drilling operations across different materials.

Applications

• Industrial Use: Perfect for manufacturing, construction, and maintenance operations where high precision is crucial.

• Material Versatility: Effective for drilling in metals, composites, and other hard materials, making it suitable for multiple applications in diverse industries.

• General-Purpose Drilling: Ideal for technicians and machinists who require reliable tools for routine tasks and complex projects alike.

Benefits

• Enhanced Performance: The carbide construction provides superior cutting ability, resulting in faster drilling speeds and reduced downtime.

• Increased Tool Life: The durable design minimizes wear and tear, ensuring that the drill maintains its sharpness longer, reducing the need for frequent replacements.

• Precision Engineering: The stub design enhances stability, allowing for precision drilling in tight spaces without compromising accuracy.