Cleveland C95000 6-32UNC CTM 3FL THREAD MILL F/INT-TiAlN

# Cutting Tools - Helical Flute Thread Mills The Cleveland C95000 6-32UNC CTM 3FL Thread Mill is an advanced cutting tool designed for precision threading applications in various materials. This high-performance tool is engineered for efficiency, allowing for the production of internal threads with exceptional accuracy and surface finish. ## Key Features • **Flute Design**: The helical flute design ensures efficient chip removal, promoting better surface quality and extending tool life. • **Thread Specification**: Specifically designed for 6-32UNC threads, making it ideal for a wide range of industrial applications. • **Material Coating**: Coated with Titanium Aluminum Nitride (TiAlN) to enhance hardness and reduce wear, ensuring durability in tough machining environments. • **Cutting Edges**: Features three cutting flutes for improved stability and precision during operation, resulting in cleaner threads. • **Compatibility**: Suitable for CNC milling machines and other standard machining equipment, accommodating various setups in the manufacturing process. ## Applications • **Automotive Industry**: Perfect for creating internal threads in automotive components, providing high-quality threading solutions. • **General Manufacturing**: Versatile enough for use in general manufacturing settings, ensuring reliable performance in diverse applications. • **Metalworking**: Ideal for use with a variety of metals, including steel, aluminum, and other alloys, making it a valuable addition to your tool collection. ## Benefits • **Enhanced Efficiency**: The efficient design of the flute geometry allows for faster machining cycles, reducing production time. • **Improved Thread Quality**: Produces high-quality threads that meet stringent industry standards, minimizing rework and enhancing overall product reliability. • **Cost-Effective**: The durable TiAlN coating increases tool life, reducing the need for frequent replacements and lowering operational costs. --- *Product information compiled with AI assistance for reference purposes.*