Carbide Milling Cutter KLINGSPOR HF 100 G 12.7 mm – model 296086

The KLINGSPOR Carbide Milling Cutter HF 100 G with a 12.7 mm diameter is a solid carbide rotary cutting tool designed for precision milling, shaping and material removal. Manufactured by KLINGSPOR, this cutter delivers a wear-resistant cutting edge suited to demanding machining tasks on metals, composites and other hard materials. Its compact 12.7 mm diameter allows access to small features and tight spaces while maintaining cutting stability typical of solid carbide construction.

Advantages

The carbide composition provides high hardness and thermal stability for extended tool life under continuous use. A precise 12.7 mm diameter ensures consistent cutting performance and repeatable results in detailed operations. The cutter’s solid construction reduces vibration and promotes accurate profiles during shaping and deburring. Overall, the tool balances durability with fine-diameter capability useful for both shop and industrial applications.

Suitable for

• Precision shaping and profiling of metal components
• Deburring edges and removing flash from machined parts
• Milling operations in composites, non-ferrous metals and hardened materials
• Detail work and finishing in tight or small-diameter features

Key specifications

• Material: solid carbide construction for high wear resistance
• Nominal diameter: 12.7 mm
• Tool type: milling cutter for rotary material removal
• Intended applications: milling, shaping, deburring and precision cutting

How to use

Install the milling cutter in a compatible collet or tool holder that matches the tool diameter and machine spindle specifications. Set appropriate spindle speed and feed rate according to the workpiece material and cutter size; consult machining charts for carbide tools when available. Use steady, controlled passes and avoid excessive axial or radial loads that could risk tool breakage. Coolant or air blast can be applied as appropriate for the material to control heat and clear chips during cutting.

Usage recommendations

For best results, verify machine rigidity and runout before machining, select cutting parameters suited for carbide tools, and perform finishing passes with reduced feed to achieve accurate profiles and surface quality.