Cleveland C95099 M16X2 CTMMC 5FL CF THREAD MILL-TiAlN

Cutting Tools

Overview The Cleveland C95099 M16X2 CTMMC 5FL CF Thread Mill is a high-performance cutting tool designed to create precision threads in various materials. This thread mill features a TiAlN (Titanium Aluminum Nitride) coating, which enhances wear resistance and extends tool life, making it a reliable choice for industrial applications. With its 5-flute design, it efficiently removes material and provides superior chip control, ensuring optimal performance during threading operations.

Key Features

• Size & Specification: M16X2 thread size, designed specifically for creating metric threads with precision.
• Flute Design: 5-flute configuration maximizes chip removal efficiency and improves surface finish.
• Coating: TiAlN coating provides excellent thermal stability, making it suitable for high-speed machining operations.
• Material Compatibility: Ideal for use on a variety of materials including steel, stainless steel, and aluminum.
• Cutting Geometry: Engineered for high-performance threading with reduced cutting forces, leading to enhanced tool life and productivity.

Applications

• Automotive Industry: Perfect for manufacturing components that require precise threading, catering to the automotive sector's stringent quality standards.
• General Manufacturing: Suitable for various machining operations across different industries, particularly in environments requiring high precision and efficiency.
• Tool & Die Making: A valuable asset for creating dies and molds that necessitate fine thread detail.

Benefits

• Extended Tool Life: The TiAlN coating significantly reduces tool wear, resulting in lower replacement costs and increased productivity.
• Enhanced Productivity: The 5-flute design allows for faster material removal, helping to meet tight production schedules.
• Precision Threading: Achieves high-quality threads with minimal rework, ensuring consistency in production quality. --- Product information compiled with AI assistance for reference purposes.