Cleveland C61126 CEM-CH-2R solid carbide square end mill, 3/4" cutter diameter, 3/4" shank diameter, 4" overall length, bright uncoated finish. Designed for high-performance milling in a wide range of materials, this end mill delivers precision and durability in demanding applications.

Cutting Tools The Cleveland C61126 CEM-CH2 3/4x4 2FLSE 90 DEG CHF TOOL-SCEM is a precision-engineered chamfer endmill designed for high-performance cutting in a variety of applications. This tool is specifically crafted to deliver exceptional accuracy and durability, making it a preferred choice for professionals in the automotive and manufacturing industries.

Key Features

• Diameter: 3/4 inch with a 4-inch overall length, providing optimal reach for intricate machining tasks.
• Flute Count: 2-flute design enhances chip removal and improves cutting efficiency, resulting in a smoother finish.
• Chamfer Angle: 90 degrees, ideal for creating precise edges and bevels on workpieces.
• Coating: Premium cutting edge treatment for enhanced wear resistance and prolonged tool life.
• Material: Manufactured from high-quality steel for superior strength and reliability under demanding conditions.

Applications

• Automotive Industry: Perfect for chamfering and edge finishing on automotive components, ensuring high-quality assembly and fitment.
• Manufacturing: Suitable for a variety of materials including aluminum and steel, making it versatile for different machining tasks.
• Precision Engineering: Ideal for applications requiring exact specifications and attention to detail, especially in high-volume production environments.

Benefits

• Enhanced Performance: The 2-flute design minimizes friction and increases cutting speed, resulting in higher productivity.
• Durability: Engineered to withstand rigorous machining processes, ensuring consistent performance and reduced downtime.
• Precision Cutting: Designed for accurate chamfering, contributing to improved part quality and reduced rework costs. --- Product information compiled with AI assistance for reference purposes.