Accupro ACC-G156-20 Retaining Ring Grooving Tool

Product Description

The ACCUPRO ACC-G156-20 is a solid carbide retaining ring grooving tool designed for precision internal groove cutting in machining applications. Built from submicron-grade solid carbide, it delivers the rigidity and wear resistance needed for accurate retaining ring groove profiles in bored holes. The tool features a 1/2 inch shank diameter and a 0.1570 inch groove width, making it suitable for machinists and toolroom professionals working on tight-tolerance bore work. At 3.0 inches overall length with a 2.0 inch shank length, it fits standard toolholding setups without extended-reach adapters in most common applications.

This grooving tool is used in CNC machining centers and manual lathes where retaining ring grooves must be cut into bored holes. It is suited for production and repair work where consistent groove geometry is required to seat internal retaining rings reliably. The minimum hole diameter of 0.5000 inches defines the smallest bore it can enter, and the maximum hole depth capacity of 1.2500 inches covers the majority of standard shallow-bore groove applications encountered in general machining and precision component work.

Key Features

• Solid submicron-grade carbide construction for extended tool life and dimensional stability
• 0.1570 inch groove width sized for standard internal retaining ring profiles
• 1/2 inch shank diameter compatible with common toolholders and collet chucks
• 0.1600 inch projection provides the cutting reach needed for full groove depth
• 3.0 inch overall length with 2.0 inch shank length for stable clamping
• Maximum hole depth capacity of 1.2500 inches suits shallow to mid-depth bore work

Compatibility

Designed for use in bored holes with a minimum diameter of 0.5000 inches and a maximum depth of 1.2500 inches. Compatible with standard 1/2 inch toolholders and collet systems used in CNC and manual turning or milling setups.

Installation Notes

Installation and operation should be performed by qualified machinists familiar with grooving tool setups. Ensure the machine spindle is fully stopped and the tool is securely clamped in a properly sized toolholder before beginning setup. Use appropriate cutting speeds and feeds for solid carbide tooling in the workpiece material to avoid chipping or premature wear. Do not exceed the maximum hole depth or minimum bore diameter specifications for this tool.