Carbide End Mill KLINGSPOR HF 100 F 6 mm (model 295971)

The KLINGSPOR carbide end mill HF 100 F 6 mm is a solid, sintered-carbide milling cutter designed for precision milling tasks. With a 6 mm diameter and a geometry intended for profile milling, slotting and finishing, this tool is manufactured to deliver consistent cutting performance and elevated wear resistance on compatible materials when used in suitable milling machines.

Advantages

The carbide construction provides high hardness and thermal stability for extended tool life under demanding cutting conditions. Its HF 100 F geometry supports accurate edge retention and smooth surface finishes, reducing the need for secondary machining. The compact 6 mm diameter allows access to narrow features and fine detail work while maintaining rigidity for controlled cuts.

Suitable for

• Profile milling of small to medium workpieces
• Slotting and pocketing in compatible materials
• Finishing passes to achieve improved surface quality
• Detail machining where a 6 mm cutting diameter is required

Key specifications

• Cutter material: sintered carbide
• Cutting diameter: 6 mm
• Geometry: HF 100 F suitable for profiling and finishing
• Intended use: milling operations on compatible materials

How to use

Install the carbide end mill into a compatible milling machine collet or holder ensuring correct clamping and runout tolerances. Select appropriate spindle speed, feed rate and depth of cut based on the workpiece material and machine rigidity. For initial setup, use conservative cutting parameters and verify tool engagement and part clamping before full production. Monitor tool wear and surface quality and replace the cutter when cutting performance or finish degrades.

Usage recommendations

To maximise tool life and maintain surface quality, use proper coolant or air blast where applicable, avoid excessive radial engagement on thin sections, and ensure machine spindle runout is minimal. Match cutting parameters to the specific material and machine capability for optimal results.