Dormer K30540.0X2.15 0110003 HSS-E PARTING OFF INSERTS BRT

Cutting Tools - Parting & Grooving The Dormer K30540.0X2.15 HSS-E parting off insert is an essential tool for precision machining, designed to deliver exceptional performance in parting and grooving applications. Manufactured by Dormer Pramet, a leader in cutting tool technology, this product combines high-speed steel efficiency with advanced engineering for superior results in various metalworking tasks. ## Key Features • **Material Composition**: Crafted from high-speed steel (HSS-E), ensuring durability and longevity under demanding conditions. • **Geometry**: Optimized insert geometry for enhanced chip removal and reduced cutting forces, resulting in smoother operation. • **Dimensions**: Standard insert size of 2.15 mm thickness, catering to a wide range of machining requirements. • **Compatibility**: Designed for use with standard parting off tool holders, ensuring ease of integration into existing setups. • **Performance**: Provides excellent wear resistance and edge stability, promoting longer tool life and consistent performance. ## Applications • **Machining Operations**: Ideal for parting off operations in various metalworking applications, including automotive and general engineering. • **Material Compatibility**: Suitable for a diverse range of materials, including steels and non-ferrous metals, making it versatile for different machining needs. • **Industrial Use**: Perfect for use in workshops and production environments where precision and reliability are critical. ## Benefits • **Increased Productivity**: The advanced design allows for faster machining speeds, reducing cycle times and improving overall productivity. • **Cost Efficiency**: With extended tool life and reduced downtime, the Dormer K30540.0X2.15 offers excellent value for money in high-volume operations. • **Enhanced Precision**: The insert's precise geometry ensures accurate cuts, contributing to superior surface finishes and tighter tolerances. --- *Product information compiled with AI assistance for reference purposes.*