Face Grooving Tool Holder
A Face Grooving Tool Holder is a specialized tool designed for creating grooves on the face or end of a cylindrical workpiece. Unlike external or internal grooving tool holders that work on the periphery or inside a bore, face grooving tool holders are oriented to cut radially across the face of the rotating part. This allows for the creation of features like retaining ring grooves, oil seal grooves, or other circular recesses on the front surface of a component.
These tool holders are engineered for stability and precision, as the cutting forces can be different compared to other grooving operations. They often feature robust clamping mechanisms to securely hold the face grooving insert, ensuring accurate groove dimensions and preventing tool vibration. The design may also incorporate features that facilitate efficient chip evacuation, which is crucial when cutting grooves on a flat surface.
Face grooving tool holders come in various styles and sizes to accommodate different machine types, workpiece diameters, and groove specifications. Some variations include holders with different shank styles for various machine tool interfaces and those designed for specific insert geometries. Choosing the correct face grooving tool holder is essential for achieving the desired groove profile, surface finish, and dimensional accuracy in face grooving applications, contributing significantly to the functionality and quality of the machined part.

Grooving Tool Holder-MGHHR-L
Frequently Asked Questions
Emphasize the “face” aspect.
Highlight the radial cutting on the face
Retaining ring grooves, oil seal grooves, etc.
Radial reach, stability, workpiece diameter
Specific geometries for face grooving
To create grooves on the flat, end surface (face) of a rotating workpiece.
Face grooving involves cutting radially across the face, while others cut along the periphery or inside a bore.
Commonly used for creating retaining ring grooves, oil seal grooves, snap ring grooves, and other circular features on the face.
Maximum radial reach required, workpiece diameter, machine tool type, stability requirements, and insert compatibility.
Yes, due to the radial cutting forces and potential for vibration across the face.
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