Cleveland C95085 M16X2 CTMM 5FL THREAD MILL-TiAlN

Cutting Tools

Overview The Cleveland C95085 M16X2 CTMM 5FL Thread Mill is a high-performance cutting tool designed to deliver precision threading in a variety of materials, particularly suited for automotive applications. This helical flute thread mill features a robust TiAlN (Titanium Aluminum Nitride) coating that enhances tool life and performance by reducing friction and providing superior heat resistance. With a thread size of M16x2 and a five-flute design, this tool is engineered for efficient chip removal and improved surface finish.

Key Features

• Thread Size: M16x2, perfect for creating strong and reliable threads in a range of materials.
• Flute Design: 5-flute configuration allows for increased stability and reduced cutting forces, resulting in smoother operation.
• Coating: TiAlN coating provides excellent wear resistance and thermal stability, extending tool life even in demanding applications.
• Material Compatibility: Suitable for use on a variety of materials including steel, stainless steel, and other alloys typically found in automotive manufacturing.
• Cutting Diameter: Engineered for precision with a diameter specifically designed to meet industry standards for threading.

Applications

• Ideal for automotive manufacturing where precision threading is critical for component assembly.
• Suitable for use in CNC machining centers and lathes, making it versatile for various machining setups.
• Effective in industries requiring high-quality threading solutions for mechanical and structural components.

Benefits

• Enhanced Tool Life: The TiAlN coating ensures longer tool life and reduced downtime, leading to increased productivity.
• Precision Performance: The five-flute design promotes better chip evacuation, leading to cleaner threads and improved surface finish.
• Versatile Use: Its compatibility with multiple materials makes it a go-to choice for diverse machining tasks across various industries. --- Product information compiled with AI assistance for reference purposes.