Freud 50-102 Top Bearing Straight Router Bit 0.5 in

Product Description

The FREUD 50-102 is a top-bearing straight router bit designed for precision pattern work and lettering applications. Built with a 2-flute carbide construction, it delivers clean, repeatable cuts when following templates or guides. The 0.5-inch cutting diameter pairs with a 1-inch cutting length, giving the bit enough depth for most pattern-routing tasks in wood and composite materials. The top-mounted bearing rides along a template edge, keeping cuts true without requiring a fence or additional guide setup. This bit fits routers with a 1/4-inch collet and is installed by woodworkers, cabinetmakers, and finish carpenters.

The 50-102 is suited for residential and light commercial millwork applications where template-guided routing is required. Common use cases include sign lettering, decorative inlay routing, pattern duplication, and edge-following work on jigs. The 1/4-inch shank makes it compatible with compact and full-size routers that accept 1/4-inch collets. At 2.625 inches total length, it fits standard router tables and handheld router setups without clearance issues.

Key Features

• 2-flute carbide construction for clean cuts in wood and composite materials
• Top-mounted bearing guides along templates for accurate pattern routing
• 0.5-inch cutting diameter with 1-inch cutting length
• 1/4-inch shank fits compact and standard router collets
• 2.625-inch total length suits both table-mounted and handheld router use
• Optimized for pattern work and lettering applications

Compatibility

Designed as an OEM-style replacement or direct-use bit for routers equipped with 1/4-inch collets, suitable for pattern and template routing in woodworking applications.

Installation Notes

This bit is installed by woodworkers and finish carpenters using standard router collet procedures. Before changing bits, disconnect the router from power or remove the battery if using a cordless unit. Insert the shank fully into the collet and tighten according to the router manufacturer's torque guidance. Inspect the carbide edges and bearing before each use and replace the bit if chipping or bearing drag is detected.