Accupro ACC-GF033-8 Full Radius Grooving Tool Carbide

Product Description

The ACCUPRO ACC-GF033-8 is a full radius grooving tool machined from solid submicron carbide, designed for internal grooving and undercutting operations on CNC lathes and boring setups. The tool features a 5/16-inch shank diameter and a 0.0335-inch groove width, making it well suited for tight-tolerance groove profiles where consistent wall contact and chip clearance matter. With a 0.1100-inch projection and a maximum hole depth of 0.5000 inches, it handles shallow-bore grooving work in a compact overall length of 2.5 inches. This tool is installed and run by machinists and CNC operators working in precision turning environments.

The ACC-GF033-8 is used in internal grooving applications where a full radius profile is required. It is appropriate for production and job-shop environments running steel, aluminum, stainless, and other machinable materials on CNC turning centers or manual lathes. The minimum bore diameter it can enter is 0.3120 inches, keeping it relevant for small-bore component work such as hydraulic fittings, precision housings, and similar turned parts. The 2.0000-inch shank length provides adequate reach for most standard chuck setups.

Key Features

• Full radius grooving profile for smooth, consistent groove geometry
• Solid submicron carbide construction for wear resistance and edge retention
• 0.0335-inch groove width for narrow, tight-tolerance internal grooves
• 0.3120-inch minimum hole diameter supports small-bore applications
• 0.1100-inch projection with a maximum hole depth of 0.5000 inches
• 2.5-inch overall length with a 2.0000-inch shank length for stable tooling setups

Compatibility

Designed as an OEM-style solid carbide grooving tool compatible with standard 5/16-inch shank tool holders used on CNC lathes and manual turning centers.

Installation Notes

This grooving tool is installed by machinists and CNC operators. Power down and lock out the machine before changing or setting tools. Secure the shank fully in the tool holder to the manufacturer-specified engagement depth before running. Verify groove width and depth parameters against workpiece drawing tolerances before cutting, and confirm chip evacuation is adequate for the bore diameter being machined.