Cleveland C80066WF 5/8x5/8x2-1/4x5 4 Flt VI 0.000CR WF

Square Endmills The Cleveland C80066WF Square Endmill is an essential cutting tool designed for precision machining and high-performance applications. With its robust construction and advanced design, this endmill delivers exceptional performance in a variety of materials, making it ideal for manufacturers seeking reliability and efficiency in their machining processes.

Key Features

• Dimensions: This square endmill measures 5/8" in diameter, with a length of 2-1/4" and a flute length of 5", providing versatility in various machining depths.
• Material: Made from high-speed steel (HSS), it offers excellent wear resistance and durability, ensuring a longer tool life.
• Flute Design: The 4-flute configuration allows for improved chip removal and enhanced surface finish, making it suitable for both roughing and finishing applications.
• Coating: The endmill features a 0.000" coating which reduces friction and increases cutting efficiency, allowing for faster machining speeds.
• Cutting Performance: Designed for high-performance cutting, it is optimized for use in CNC machines, offering precise control and exceptional cutting capabilities.

Applications

• Machining: Ideal for milling applications in various materials, including aluminum, steel, and plastics.
• Automotive Industry: Particularly suitable for automotive component manufacturing, where precision and quality are critical.
• General Manufacturing: Versatile enough for use in diverse manufacturing environments, from small shops to large-scale production facilities.

Benefits

• Enhanced Efficiency: The advanced flute design and durable material significantly increase machining efficiency and reduce downtime.
• Precision Control: The square end design allows for precise corner work and detailed machining, ensuring high-quality finishes on parts.
• Cost-Effective: The long tool life and reduced wear lead to lower operating costs and less frequent tool changes, maximizing productivity. --- Product information compiled with AI assistance for reference purposes.