Freud 50-509: 3/4" (Dia.) Top & Bottom Bearing Flush Trim Bit with 1/2" Shank Red

• Freud top & bottom bearing bits let you rout half the curve in one direction, flip the work piece over and rout the other half in the opposite direction without repositioning your pattern.
• Perfect for templates placed above or below the work piece, or to trim laminates or veneer perfectly flush with countertops, shelving and other projects.
• Cuts all hardwoods, softwoods, plastic laminates and veneered plywood.
• Ideal for lettering or other template work where the piece is being grooved or routed out
• Provides precision cuts in almost any trimming or pattern routing application.Made from hi-density carbide with titanium for long life and a flawless finish.For use with hand-held and table-mounted portable routers.3/4-inch diameter trim; 1-5/8-inch carbide height; 1/2-inch shank

The Freud 50-509 – 3/4" Top & Bottom Bearing Flush Trim Bit is the ideal tool for precise template routing, laminate trimming, and flush trimming applications. With a 3/4" diameter and 1/2" shank, this bit features top and bottom-mounted bearings that allow you to choose the cutting direction that best suits your project, ensuring smooth, accurate cuts every time. Made with Freud’s TiCo Hi-Density Carbide, this bit provides long-lasting sharpness and superior performance, allowing for smooth and clean cuts on hardwoods, softwoods, plywood, composite materials, and plastic laminates. The dual bearing design offers enhanced control, allowing you to rout half of a curve in one direction, flip the workpiece, and rout the other half in the opposite direction without needing to reposition your pattern. With a maximum RPM of 24,000, the Freud 50-509 bit delivers high-speed cutting performance, making it perfect for both detailed work and larger routing tasks. Whether you're routing intricate patterns, trimming laminate tops, or performing flush trim routing on veneered plywood, this bit guarantees professional-quality results in both hand-held and table-mounted routers.