Working geometry
The cutter geometry is intended for the material and operation shown in the specifications.


Designed to machine lightweight stock.
The solid-carbide cutting section provides rigidity and wear resistance at the working edge.
This Vortex high-helix foam router bit is designed to machine lightweight stock. It is suitable for low-density closed-cell foam.
The cutter geometry is intended for the material and operation shown in the specifications. Use a toolpath that clears the removed material from the cut. The upcut spiral lifts chips out of the cut. The solid-carbide cutting section provides rigidity and wear resistance at the working edge.
The 3/8 in cutting diameter and 1-1/2 in cutting length define the working section of this version. Its 3/8 in shank fits a holder or collet matched to that diameter.
Technical Specifications
The cutter geometry is intended for the material and operation shown in the specifications.
The solid-carbide cutting section provides rigidity and wear resistance at the working edge.
The 3/8 in cutting diameter and 1-1/2 in cutting length define the working section of this version. Its 3/8 in shank fits a holder or collet matched to that diameter.
Confirm holder compatibility, tool projection and suitable cutting conditions for the machine and workpiece before use.
Vortex 4140 is designed to machine lightweight stock. It is suitable for low-density closed-cell foam.
The cutter geometry is intended for the material and operation shown in the specifications. Use a toolpath that clears the removed material from the cut. The upcut spiral lifts chips out of the cut. The solid-carbide cutting section provides rigidity and wear resistance at the working edge.
The 3/8 in cutting diameter and 1-1/2 in cutting length define the working section of this version. Its 3/8 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.