Chicago-Latrobe 78655 759 #16 CARBIDE STUB

# Power Tools - Chicago-Latrobe Carbide Stub The Chicago-Latrobe 78655 759 #16 Carbide Stub drill bit is engineered for high-performance drilling in a variety of materials. With its robust construction and precision design, this drill bit is ideal for professionals seeking reliability and efficiency in their drilling tasks. ## Key Features • **High-Quality Carbide Construction**: Crafted from premium carbide, this stub drill bit offers superior hardness and wear resistance, ensuring a longer tool life and consistent performance even in tough applications. • **Precision Ground Flutes**: The flutes are precision ground to enhance chip removal and reduce friction, resulting in smoother drilling and less heat buildup. • **Optimized Cutting Edge**: Features an optimized cutting edge designed for faster penetration and reduced torque requirements, facilitating easier drilling in various materials. • **Versatile Application**: Suitable for drilling in metals, plastics, and composites, making it a versatile addition to any toolkit. • **Standard Size**: Measures #16, ensuring compatibility with a wide range of drilling equipment and setups. ## Applications • **Industrial Drilling**: Ideal for general-purpose drilling in manufacturing and assembly operations where precision is crucial. • **Maintenance and Repair**: Perfect for technicians performing maintenance tasks in automotive, aerospace, and construction industries. • **Material Compatibility**: Works effectively on materials such as aluminum, steel, and other alloys, making it a versatile choice for various applications. ## Benefits • **Enhanced Efficiency**: The carbide material and design provide faster drilling speeds, increasing productivity on the job. • **Durable Performance**: Built to withstand demanding conditions, this drill bit reduces downtime and tool replacement costs. • **Improved Accuracy**: The precision ground design ensures accurate hole sizes and reduces the risk of damage to workpieces. --- *Product information compiled with AI assistance for reference purposes.*