Cutoff Insert: A2030R06CM01 KC5025, Carbide, 3 mm Cutting Width 6 deg Pkg
Part #: 81993776|Brand: KENNAMETAL|MPN #: 1805099
Not Found
Cutoff Insert: A2030R06CM01 KC5025, Carbide, 3 mm Cutting Width 6 deg Pkg
Part #: 81993776|Brand: KENNAMETAL|MPN #: 1805099
  • Higher productivity and profitability¢‚up to 30% higher
  • Higher metal removal rate with longer tool life
  • Versatile application across a wide range of materials
    • The Kennametal A2030R06CM01 A2 Grooving Insert, Grade KC5025, 0.1181 Cutting Width, 0.004 Corner Radius, TiAlN Coated, part number 1805099, is engineered for general-purpose machining across a diverse range of materials, including steels, stainless steels, high-temperature alloys, titanium, irons, and non-ferrous materials. This insert is designed to enhance operational efficiency and productivity in various industrial applications. Featuring a cutting width of 0.1181 inches and a corner radius of 0.004 inches, the A2030R06CM01 insert is optimized for precise grooving operations. The TiAlN coating provides increased hardness and wear resistance, extending tool life and maintaining consistent performance during machining processes. The insert's design allows for higher metal removal rates, accommodating both low and high-speed applications, and effectively handles interruptions and high feed rates. The A2 series inserts are versatile, suitable for a wide range of applications, and deliver uniform wear for predictable tool life. They are engineered to achieve reduced depth-of-cut notching and virtually eliminate chip flow damage, contributing to improved surface finishes and reduced post-machining processes. The insert's compatibility with various materials and its ability to perform under diverse conditions make it a valuable asset in optimizing machining operations and reducing downtime. By integrating the Kennametal A2030R06CM01 A2 Grooving Insert into your machining processes, you can expect enhanced productivity, extended tool life, and consistent performance, leading to measurable improvements in operational efficiency and cost-effectiveness.