Vortex Long Neck Corner Radius 2 Flute End Mill - TiSiN Coated - 1mm Cutter Dia x 4mm Reach x 0.1 Corner Radius

Optimize your CNC machining workflow with this Vortex Long Neck Corner Radius End Mill. Designed for high-precision applications, this tool combines a slender 1mm cutter diameter with an extended 4mm reach, allowing machinists to access deep pockets and complex geometries without tool interference. The TiSiN coating ensures durability and a superior surface finish for detailed profiling and engraving.

• Precision Dimensions: Engineered with a 1mm cutter diameter and a 0.1mm corner radius, this end mill is ideal for intricate detailing, micro-machining, and tight-radius pocketing where accuracy is paramount.
• Long Neck Design (4mm Reach): The extended cutting length allows for deeper engagement than standard end mills, enabling you to machine deep features or slots without the tool body or shank colliding with the workpiece or fixture.
• TiSiN Coating: The Titanium Silicon Nitride coating provides a hard, heat-resistant surface that reduces friction and heat buildup, significantly extending tool life and improving surface quality compared to uncoated alternatives.
• 2-Flute Configuration: With two flutes optimized for chip evacuation, this tool delivers clean cuts and reduces the risk of re-cutting chips, which is essential for maintaining precision in soft metals and non-ferrous materials.
• Corner Radius Geometry: The 0.1mm corner radius on the tool tip creates a smooth fillet in sharp internal corners of the workpiece, reducing stress concentrations in the final part and improving fatigue resistance.

This end mill is the ideal solution for engineers and operators facing challenges with deep, narrow cuts in small-scale production. By combining a 4mm reach with a 1mm cutter, you can create detailed features that would be impossible with standard-length tools. The TiSiN coating withstands high cutting speeds, ensuring consistent dimensions and surface finish throughout the production run, while the long neck design prevents tool deflection and vibration in delicate operations.