Walter-titex 5060606 Cobalt Jobber Drill Bit 6.1mm

Product Description

The WALTER-TITEX 5060606 is a cobalt jobber length drill bit designed for high-performance drilling in demanding materials. It measures 6.1 mm (0.2402 inches) in diameter with a 101 mm (3.976 inches) overall length and a 130-degree split point. The oxide coating reduces friction and extends tool life in tough applications. The parabolic flute geometry promotes efficient chip evacuation during blind hole and stack drilling operations. This bit is intended for use by machinists, tool-and-die professionals, and mechanical contractors working with hard or abrasive workpiece materials.

This drill bit is suited for drilling into cast iron, non-ferrous metals, stainless steel, carbon steel, superalloys, and titanium. Its Series A1247 design targets high-production and precision environments where conventional high-speed steel bits fall short. Typical applications include blind hole drilling and stack drilling in manufacturing, fabrication, and maintenance repair operations. The straight-cylindrical shank accepts standard drill chucks without adapters.

Key Features

• Cobalt construction with oxide coating for heat and wear resistance in hard materials
• 130-degree split point reduces walking and lowers thrust force at entry
• Parabolic flute geometry improves chip flow in deep and blind holes
• Web-thinned, tapered web design reduces cutting resistance
• Right-hand cut with 2 flutes; flute-to-diameter ratio of 8xD
• Meets ANSI and ISO standards; conforms to BS and DIN specification designations

Compatibility

Designed for use in standard drill chucks accepting a 0.2402-inch straight-cylindrical shank. Rated for primary workpiece materials classified under ISO material codes K (cast iron), M (stainless steel), N (non-ferrous metals), P (steel), and S (superalloys and titanium).

Installation Notes

Install into a compatible drill chuck and tighten securely before operation. Secure the workpiece fully before drilling to prevent movement during cut. Verify spindle speed and feed rate are appropriate for the workpiece material and bit diameter before engaging the cut. Inspect the cutting edge and coating condition before each use; a damaged or dull edge increases heat buildup and reduces hole quality.