Cleveland C95490 STYLE 3200 3/16X9/16X2 CFRP BURR END NICKED ROUTER

# Router Bits The Cleveland C95490 STYLE 3200 3/16X9/16X2 CFRP Burr End Nicked Router is an advanced cutting tool designed for precision routing applications in composite materials, particularly in the automotive and manufacturing sectors. This high-quality router bit is engineered to deliver exceptional performance, ensuring clean cuts and optimal surface finishes. ## Key Features • **Size Specifications**: 3/16" cutting diameter, 9/16" cutting length, and 2" overall length, tailored for various routing applications. • **Burr End Design**: The unique burr end configuration enhances chip removal and minimizes friction during operation, extending tool life. • **CFRP Compatibility**: Specifically designed for composite fiber-reinforced plastics (CFRP), making it ideal for lightweight automotive components. • **Nick Design**: The nicked profile allows for improved cutting action and reduced heat buildup, ensuring consistent performance. • **Durable Construction**: Manufactured from high-grade steel, providing excellent wear resistance and reliability in demanding routing tasks. ## Applications • **Automotive Industry**: Perfect for precision routing of composite parts used in vehicle manufacturing for weight reduction and enhanced fuel efficiency. • **Aerospace and Manufacturing**: Suitable for use in high-performance applications where precision and finish quality are critical. • **General Woodworking**: Effective for routing wood and composite materials, making it versatile for various projects. ## Benefits • **Enhanced Precision**: The meticulously designed burr end delivers precise cuts, reducing the need for secondary finishing operations. • **Increased Tool Life**: Robust construction and efficient design minimize wear, resulting in longer-lasting tools and reduced replacement costs. • **Optimal Performance**: Ideal for high-speed operations, allowing for faster production rates without sacrificing quality. --- *Product information compiled with AI assistance for reference purposes.*