Cleveland C95499 STYLE 3200 3/8X1-1/2X4 CFRP BURR END NICKED ROUTER

# Router Bits Introducing the Cleveland C95499 STYLE 3200 Router Bit, a high-performance tool designed for precision routing applications in various materials. Engineered for professionals, this router bit features a unique burr end design that ensures clean cuts and enhanced control, making it ideal for both intricate and heavy-duty tasks. ## Key Features • **Material Composition**: Crafted from high-grade Carbide Fiber Reinforced Polymer (CFRP), ensuring durability and resistance to wear for extended tool life. • **Dimensions**: Measures 3/8" diameter and 1-1/2" cutting length with a 4" overall length, designed for versatile application across different routing tasks. • **Design**: The nicked burr end design enhances chip removal and minimizes burning on materials, providing a smooth finish on edges. • **Compatibility**: Suitable for use with a wide range of routers, making it a versatile addition to any workshop or job site. • **Precision Engineering**: Designed for high-speed applications, it ensures accurate cuts with minimal effort, improving efficiency on the job. ## Applications • **Woodworking**: Perfect for creating precise edges, grooves, and decorative patterns in hardwood, softwood, and composite materials. • **Automotive Industry**: Ideal for routing applications in automotive components, leveraging Cleveland's expertise in producing high-quality tools for industry-specific needs. • **Manufacturing**: Effective for use in various manufacturing processes where precision cutting and shaping of materials are required. ## Benefits • **Enhanced Precision**: Achieve clean, accurate cuts with the burr end design, reducing the need for additional finishing work. • **Increased Efficiency**: The high-speed capability allows for faster routing, saving time on projects without compromising quality. • **Durability**: The CFRP material ensures long-lasting performance, reducing the frequency of tool replacements and maintenance. --- *Product information compiled with AI assistance for reference purposes.*