Freud Solid Carbide Flush Trim Bit for Fast Plastic Laminate Trimming - Self-Piloting for Clean Cuts - 1/4" Shank, 24000 Max RPM, 1/4" Diameter - 64-100

The Freud 64-100 – 1/4" Solid Carbide Flush Trim Bit is specifically designed for cutting plastic laminate quickly and cleanly, offering a smooth, precise finish. Featuring a 1/4" diameter and 1/4" shank, this bit utilizes solid micrograin carbide to ensure a long-lasting, sharp cutting edge that delivers optimal performance. Its self-piloting design eliminates the need for a ball bearing assembly, reducing costs and maintenance. Made with Freud’s TiCo Hi-Density Carbide and Black I.C.E. Coating, this bit provides superior durability, cool cutting, and enhanced chip evacuation for smoother cuts and longer bit life. The Black I.C.E. Coating reduces heat buildup, allowing for efficient cutting, while the carbide height of 3/8" makes it ideal for flush trimming applications. With a maximum RPM of 24,000, the Freud 64-100 bit is perfect for high-speed cutting in both hand-held and table-mounted routers, ensuring precision and reliability when working with plastic laminates and other materials.

• Cost-Effective Cutting - Self-piloting tip removes the need for a bearing, reducing maintenance and tool cost while delivering accurate, controlled trimming of plastic laminate.
• Long-Lasting Edge - Made from solid micrograin carbide, this bit stays sharper longer and delivers smooth, consistent cuts even after repeated use on dense or abrasive materials.
• Enhanced Durability - Coated with Black I.C.E. and powered by TiCo Hi-Density Carbide for up to 2X longer lifespan and superior cutting performance compared to standard bits.
• Cool, Clean Operation - Black I.C.E. coating reduces heat and resin buildup, improving chip evacuation and extending tool life during high-speed, continuous cutting applications.
• Versatile Router Use - Ideal for both hand-held and table-mounted routers; trims plastic laminates with precision and efficiency in cabinetry, countertops, and fine woodworking.