Cleveland C95122 CMTM3-120L500-32UN AlCrN

# Helical Flute Thread Mills The Cleveland C95122 CMTM3-120L500-32UN AlCrN Helical Flute Thread Mill is engineered for precision and performance in thread cutting applications. This cutting tool is ideal for manufacturers seeking to produce high-quality threads in a variety of materials, including steel and aluminum alloys. With its advanced AlCrN coating, this tool ensures enhanced durability and performance, making it a reliable choice for demanding machining environments. ## Key Features • **Helical Flute Design**: Provides superior chip removal and improved surface finish, resulting in enhanced thread quality. • **AlCrN Coating**: Offers excellent wear resistance and thermal stability, leading to longer tool life and reduced tool changes. • **Cutting Diameter**: 3/4 inch (19.05 mm) with a 120 mm length, tailored for versatility in different machining setups. • **Thread Size Compatibility**: Designed for precise threading applications, ensuring compatibility with a wide range of thread sizes. • **High-Performance**: Optimized for high-speed machining, delivering efficient production rates without compromising quality. ## Applications • **Automotive Industry**: Ideal for manufacturing components requiring precise threads for assemblies and fasteners. • **Aerospace Sector**: Suitable for producing lightweight, high-strength parts that require exact thread specifications. • **General Manufacturing**: Versatile enough for use in various machining operations across different industries, enhancing productivity. ## Benefits • **Enhanced Efficiency**: The helical flute design allows for faster machining speeds, reducing cycle times and increasing production efficiency. • **Improved Durability**: The AlCrN coating significantly extends tool life, minimizing downtime and operational costs associated with tool replacements. • **Superior Thread Quality**: Achieve high precision in threading, ensuring optimal fit and function in critical applications. --- *Product information compiled with AI assistance for reference purposes.*