Micro 100 RR-017-4 Retaining Ring Grooving Tool

Product Description

The MICRO 100 RR-017-4 is a solid carbide retaining ring grooving tool designed for cutting internal grooves in bores. It accepts a 0.25 inch shank diameter and features a 0.0170 inch groove width, making it suited for precision retaining ring groove applications where tight tolerances are required. With an overall length of 2.5 inches and a projection of 0.05 inches, this tool is built for controlled, repeatable cuts in small-bore work. Machinists and toolmakers use this tool in CNC lathes and manual turning centers where retaining ring grooves must be cut to spec without chatter or deflection.

This grooving tool is used in machine shop and production environments for creating internal retaining ring grooves in bores with a minimum hole diameter of 0.25 inches and a maximum hole depth of 0.25 inches. It is well suited for aerospace, automotive, and industrial component work where solid carbide tooling is required for hardened or abrasive materials. The compact projection and short overall length contribute to rigidity in tight-clearance bore applications.

Key Features

• Solid carbide construction for rigidity and wear resistance in hardened materials
• 0.0170 inch groove width for retaining ring groove applications
• 0.25 inch shank diameter for standard tool holders and collets
• 0.05 inch projection supports controlled depth of cut in small bores
• 2.5 inch overall length suits most standard turning setups
• Minimum bore entry of 0.25 inches with maximum depth of 0.25 inches

Compatibility

Designed as an OEM-style replacement and standard fitment for turning centers and CNC lathes accepting a 0.25 inch shank, used for internal retaining ring groove operations in bores with a minimum diameter of 0.25 inches.

Installation Notes

Installation and use of this grooving tool should be performed by a qualified machinist familiar with internal grooving operations. Ensure the machine spindle is fully stopped and the tool holder is properly torqued before beginning any setup. Confirm bore clearance and tool projection before engaging the cut to avoid tool deflection or workpiece damage. Follow the machine manufacturer guidelines for feeds, speeds, and coolant application when working with solid carbide tooling.