Scientific Cutting Tools GT062Q-6A Retaining Ring Grooving Tool

Product Description

The SCIENTIFIC CUTTING TOOLS GT062Q-6A is a solid carbide internal grooving tool designed for cutting retaining ring grooves in bored holes. Manufactured from submicron carbide grade material, this right-hand cutting tool delivers consistent groove geometry in small-diameter bores. It features a 0.063-inch groove width, a 0.25-inch minimum hole diameter entry, and a maximum hole depth capacity of 0.669 inches. With an overall length of 2.5 inches and a 1/4-inch shank diameter, it is sized for use in CNC lathes, manual lathes, and boring operations where precise internal grooving is required.

This tool is suited for machining retaining ring grooves in small-bore workpieces across production and job-shop environments. It is typically applied in operations involving bores starting at 0.250 inches in diameter, making it appropriate for precision parts manufacturing in aerospace, automotive, hydraulic component, and general machining applications. The right-hand cutting direction is compatible with standard spindle rotation on most lathes and turning centers.

Key Features

• Solid submicron carbide construction for wear resistance and edge retention in hard and abrasive materials
• 0.063-inch groove width matched to standard retaining ring groove specifications
• Minimum bore entry diameter of 0.250 inches allows use in small-diameter workpieces
• Maximum hole depth of 0.669 inches provides reach for typical retaining ring groove locations
• 1/4-inch shank diameter fits standard collet and tool holder systems
• Right-hand cutting direction for use with conventional lathe spindle rotation

Compatibility

Designed as an OEM-style grooving tool for use in lathes and turning centers equipped with 1/4-inch collet or round-shank tool holders capable of accepting solid carbide boring and grooving tooling.

Installation Notes

Installation should be performed by a qualified machinist familiar with lathe tooling setup and cutting tool safety procedures. Secure the shank fully in the tool holder to the recommended grip length before beginning any cut, and verify spindle speed and feed rate are appropriate for the workpiece material and carbide tooling. Power down and lock out the machine before changing or adjusting tooling. Do not exceed the maximum hole depth specification, as over-extension can result in tool deflection or breakage.