Working geometry
The cutting section follows the programmed path or guide to form the required shape.


Designed to route grooves, profiles and pockets.
The solid-carbide cutting section provides rigidity and wear resistance at the working edge.
This Royce Ayr solid carbide triple flute downcut router bit is designed to route grooves, profiles and pockets. It is suitable for hard plastics and solid wood.
The cutting section follows the programmed path or guide to form the required shape. Choose the entry method and depth of cut to suit the tool’s end geometry. The downcut geometry shears toward the workpiece, helping support the top edge during the pass. The solid-carbide cutting section provides rigidity and wear resistance at the working edge.
The 1/2 in cutting diameter and 1-1/2 in cutting length define the working section of this version. Its 1/2 in shank fits a holder or collet matched to that diameter.
Technical Specifications
The cutting section follows the programmed path or guide to form the required shape.
The solid-carbide cutting section provides rigidity and wear resistance at the working edge.
The 1/2 in cutting diameter and 1-1/2 in cutting length define the working section of this version. Its 1/2 in shank fits a holder or collet matched to that diameter.
Use only with right hand spindle operation and compatible toolholding.
Royce Ayr R59-01006 is designed to route grooves, profiles and pockets. It is suitable for hard plastics and solid wood.
The cutting section follows the programmed path or guide to form the required shape. Choose the entry method and depth of cut to suit the tool’s end geometry. The downcut geometry shears toward the workpiece, helping support the top edge during the pass. The solid-carbide cutting section provides rigidity and wear resistance at the working edge.
The 1/2 in cutting diameter and 1-1/2 in cutting length define the working section of this version. Its 1/2 in shank fits a holder or collet matched to that diameter.
For help selecting this version, share your machine model, workpiece material and intended operation with Titan.