Harvey Tool 983312 Dovetail Cutter 30 Degree Solid Carbide

Product Description

The HARVEY TOOL 983312 is a solid carbide dovetail cutter designed for machining undercut profiles and angled grooves in a wide range of materials. Built to a 30-degree included angle, it produces clean, precise dovetail slots used in fixturing, slide assemblies, and interlocking workpiece features. The cutter measures 0.1875 inches in cut diameter and 0.125 inches in cut width, with a matching 3/16-inch shank diameter and a 2-inch overall length. With 2 teeth and an uncoated carbide construction, this tool is suited for shops running dry or with minimal lubrication in aluminum, steel, and similar machinable alloys.

This dovetail cutter is used in CNC machining centers and manual milling operations where undercut geometry is required. Typical applications include T-slot machining, fixture plate fabrication, dovetail slide prep, and precision part interlocking features. Its compact 3/16-inch shank makes it compatible with standard collet systems commonly used in small-diameter end mill work. It is typically installed and run by machinists and toolroom operators in job shop, production, and tooling environments.

Key Features

• 30-degree included angle for standard dovetail profile geometry
• Solid carbide construction for rigidity and wear resistance
• 0.1875-inch cut diameter with 0.125-inch cut width for tight, precise undercuts
• 2-flute design balances chip clearance and cutting edge count in small diameters
• Uncoated finish suitable for a broad range of base materials
• 3/16-inch shank diameter fits standard small-diameter collet setups

Compatibility

Designed as a standard-profile replacement dovetail cutter for CNC and manual milling applications requiring a 30-degree undercut with a 3/16-inch shank diameter.

Installation Notes

This cutter is installed by machinists using a collet or end mill holder rated for 3/16-inch shank tooling. Confirm runout and tool stick-out before engaging the cut, as small-diameter carbide tools are sensitive to deflection and vibration. Power down the spindle completely before tool changes. Follow shop-standard speeds and feeds for the workpiece material and consult the manufacturer's cutting data for optimal performance with this tool geometry.