Cle-Line C10050 1850 1/8"X1/8" SM-43 SOLID CARB SHK DBL CUT

Abrasives - Burrs The **Cle-Line C10050 1850 1/8" x 1/8" SM-43 Solid Carbide Double Cut Burr** is an exceptional tool designed for precision machining and finishing applications. Crafted from high-quality solid carbide, this burr is engineered to deliver superior cutting performance and longevity across a variety of materials, making it a reliable choice for professionals in automotive, aerospace, and general manufacturing industries. ## Key Features • **Material**: Made from solid carbide, known for its hardness and resistance to wear, ensuring durability and prolonged tool life. • **Size**: 1/8" diameter with a 1/8" shank, compatible with standard rotary tools for easy integration into existing setups. • **Cutting Type**: Double cut design allows for efficient material removal and a finer finish, ideal for precision work. • **Application Versatility**: Suitable for use on metals, plastics, and wood, providing flexibility for various projects. • **Precision Engineering**: Manufactured to strict tolerances, ensuring consistent performance and accuracy in every application. ## Applications • **Machining**: Ideal for deburring and shaping, allowing for smooth finishes on machined parts. • **Metalworking**: Effortlessly removes material from steel, aluminum, and other metals without compromising integrity. • **Woodworking**: Perfect for shaping and smoothing wood surfaces, providing versatility in different trades. • **Automotive Repairs**: Essential for cleaning up welds and smoothing out surfaces in automotive applications. ## Benefits • **Enhanced Performance**: The double cut design significantly reduces cutting time while improving the quality of the finish. • **Durability**: Solid carbide construction ensures that the burr withstands extensive use, minimizing the need for frequent replacements. • **Precision Results**: Achieves high accuracy in intricate designs, making it suitable for detailed work and professional applications. --- *Product information compiled with AI assistance for reference purposes.*