Scientific Cutting Tools GT062K-6A Retaining Ring Grooving Tool

Product Description

The SCIENTIFIC CUTTING TOOLS GT062K-6A is a solid carbide retaining ring grooving tool designed for internal groove cutting in machined bores. Built from submicron-grade carbide, it delivers consistent edge retention and dimensional accuracy in precision turning and boring applications. The right-hand cutting configuration suits standard CNC and manual lathe setups. With a 3/16-inch shank diameter and an overall length of 2 inches, this tool is engineered for controlled access into small-diameter bores where retaining ring grooves must be cut to tight tolerances.

This grooving tool is intended for machinists and tooling technicians working on precision components that require internal retaining ring seats. It is suited for use in CNC turning centers and manual lathes where bore diameters start at 0.187 inches. The 0.063-inch groove width and 0.050-inch projection make it appropriate for light-material removal in small-bore finishing operations. It is commonly used in aerospace, automotive, hydraulic, and general precision manufacturing environments.

Key Features

• Solid submicron carbide construction for extended tool life and edge stability
• Right-hand cutting direction compatible with standard lathe and CNC turning setups
• Minimum bore entry of 0.187 inches enables work in small-diameter applications
• 0.063-inch groove width sized for standard retaining ring seat profiles
• Maximum hole depth of 0.375 inches (3/8 inch) supports typical groove reach requirements
• 1.625-inch shank length provides secure tool holding and reduced deflection

Compatibility

Designed as an OEM-style replacement and standard fitment grooving insert for retaining ring groove operations in bores with a minimum diameter of 0.187 inches and a maximum depth of 0.375 inches.

Installation Notes

Installation and use of this tooling should be performed by a qualified machinist or tooling technician. Secure the 3/16-inch shank firmly in the tool holder to the specified clamping depth before operation. Ensure the workpiece is fully secured and the spindle is at a complete stop before changing or setting tools. Inspect the carbide tip for chips or wear before each use, as damaged cutting edges can cause inaccurate groove dimensions or workpiece damage.