Walter-titex 5058679 Jobber Drill Bit 2mm Hss Oxide

Product Description

The WALTER-TITEX 5058679 is a jobber length drill bit designed for precision drilling in metalworking applications. Built from high speed steel with an oxide coating, this 2 mm diameter bit delivers reliable performance in cast iron and steel. The standard 118-degree point angle and web-thinned, tapered web configuration reduce entry force and improve chip evacuation. With an overall length of 1-59/64 inches and a 15/16-inch flute length, it fits standard drill chucks and drill presses used in production and maintenance environments. Licensed trades, machinists, and industrial maintenance technicians are the primary users.

This drill bit is suited for blind hole drilling and stack drilling operations in cast iron and steel workpieces. The straight-cylindrical shank accepts standard drill chucks without adapters. The regular spiral flute geometry and 8xD flute-to-diameter ratio support controlled chip removal in moderate-depth holes up to 0.787 inches. It is appropriate for both manual and CNC drilling setups in industrial and maintenance shop environments where tight diameter tolerances are required.

Key Features

• 2 mm diameter with h8 tolerance for precise fit in close-tolerance applications
• 118-degree standard point angle with web-thinned, tapered web for reduced thrust force
• High speed steel construction with oxide coating for wear resistance
• Two-flute regular spiral design supports efficient chip evacuation
• Rated for blind hole and stack drilling in cast iron and steel
• Meets ANSI, ISO, BS, and DIN specification designations

Compatibility

Part of the WALTER-TITEX Series A1211, sized for workpiece materials coded K and P, covering cast iron and steel. Designed for use with standard straight-shank drill chucks across drill presses, CNC machining centers, and handheld power tools accepting 2 mm shank diameters.

Installation Notes

Install in a properly sized drill chuck and confirm secure seating before operation. Power down or de-energize the machine before changing bits. Verify spindle speed and feed rate are appropriate for the workpiece material and bit diameter before drilling. Dispose of worn bits per shop safety protocols and inspect the cutting edge before each use.