Freud Bevel Trim Bit, Fast 7-Degree Bevel Cuts on Plastic Laminates - 1/4" Diameter, Solid Carbide Build, TiCo Carbide, Black I.C.E. Coating, Ball Bearing Guided - 66-100

The Freud 66-100 – 1/4" Bevel Trim Bit is designed for efficient bevel trimming of plastic laminates, providing a clean, finished edge with minimal filing required. This bit features a 7° bevel angle and is crafted with TiCo Hi-Density Carbide to ensure long-lasting sharpness and exceptional cutting performance. It is the perfect solution for professionals looking for a cost-effective tool that delivers precision and efficiency. Equipped with Black I.C.E. Coating, the Freud 66-100 bit reduces heat buildup during use, enhancing chip evacuation and extending the life of the bit. This bit is ideal for hand-held and table-mounted routers, and its 1/4" shank and 1/4" carbide height make it perfect for a variety of routing applications. With a maximum RPM of 24,000, the Freud 66-100 bit is built for high-speed cutting, ensuring smooth, clean bevels on plastic laminates, leaving you with professional-quality results on every project.

• Clean Bevel Cuts - Smooth, finished bevels on laminates with little to no filing. Great for cabinetry, countertops, and more—reduces prep time and delivers clean, pro-quality results.
• Precision Bevel Edge - Designed to deliver clean, consistent 7-degree bevel cuts on plastic laminates; ideal for achieving subtle, professional edges with minimal filing required.
• Durable Design - Built from tough, industrial-grade materials for long-lasting use. Reduces replacement costs and keeps production running with reliable, pro-level performance.
• Black I.C.E. Coated - Enhances chip evacuation and keeps the bit cooler for longer life and cleaner cuts. Maintains edge sharpness and cutting efficiency in high-speed, demanding applications.
• 2X Bit Life - Engineered with Freud’s TiCo Hi-Density Carbide and Black I.C.E. coating for up to twice the cutting life and durability compared to standard uncoated bits, even in tough materials.