Rotary Carbide Burr KLINGSPOR HF 100 E 8 x 15 mm, shank 6 mm, KLINGSPOR 295909

Rotary carbide burr KLINGSPOR HF 100 E with an 8 x 15 mm working head and a 6 mm shank is a precision rotary tool for material removal, shaping, deburring and finishing on metals and other hard materials. Designed for use in die grinders and rotary tools that accept a 6 mm shank, this carbide burr provides consistent cutting performance and dimensional stability for workshop and industrial applications.

Advantages

The carbide composition and HF 100 E tooth geometry enable efficient chip removal and long service life under continuous use. The compact head size allows controlled access to narrow grooves and tight radii while the 6 mm shank fits common rotary tool collets. The tool maintains cutting sharpness over multiple operations and resists wear from machining harder alloys and non-ferrous metals.

Suitable for

• Deburring edges and removing flash from metal castings
• Shaping and profiling steel, stainless steel and aluminum
• Removing weld splatter and cleaning joint areas
• Precision finishing in mold and die work

Key specifications

• Working head diameter x length: 8 x 15 mm
• Shank diameter: 6 mm
• Material: carbide (tungsten carbide) cutting head
• Tooth geometry: cross/standard HF 100 E style for balanced cutting and chip evacuation
• Intended tool interface: compatible with rotary tools and die grinders that accept a 6 mm shank

How to use

Secure the 6 mm shank in the collet or chuck of a compatible rotary tool, tightening to the manufacturer’s recommended torque. Start at low speed to establish the correct contact angle and gradually increase speed as needed for the material and operation. Apply steady light pressure; let the burr do the cutting to avoid overheating and premature wear. Use consistent, controlled passes for shaping and deburring, and periodically inspect the cutting edges during prolonged work.

Usage recommendations

Wear appropriate personal protective equipment including eye protection, gloves and hearing protection. Use coolant or intermittent cutting on heat-sensitive materials to extend tool life. Match rotational speed to the material being processed and avoid side-loading the shank to prevent breakage.