LNMU CNC Lathes Carbide Insert

  LNMU milling inserts are designed with a versatile diamond geometry that improves stability and cutting performance. Designed for high-speed and heavy-duty milling applications, LNMU inserts have excellent edge strength, which helps extend tool life in different milling processes. The inserts have the advantage of reducing milling time by up to 30% and can reduce tool costs due to their longer service life. LNMU inserts have an ISO designation where "L" represents the diamond 80° shape, "N" represents the clearance angle, "M" represents medium tolerance, and "U" represents a specific chipbreaker design optimized for milling applications.

Grade：TG1225  Color：Gray   Hardness：P20-P35 M20-M35 K20-K35  Coating：PVD

This cutting tool boasts a microcrystalline carbide construction that has been optimized for superior wear resistance and toughness. It is further enhanced by a nanocrystalline TiALSiN coating, which provides exceptional bonding strength. These combined features result in a tool with a broad performance spectrum, making it highly suitable for general machining applications involving steel and stainless steel materials.

Grade：TG1155     Color：Bronze        Hardness：M15-M30    Coating：PVD

Features：This cutting tool features a dual-structure alloy matrix that offers distinct properties at the surface and core levels. It boasts high edge strength and exceptional resistance to plastic hollowing, which is complemented by an ultra-fine grain a-AI2O3 coating. These attributes enable extensive and efficient machining of stainless steel under typical working conditions.

Grade：TG1115  Color：Purple  Hardness：P15-P25 M10-M25 K10-K25 Coating：PVD

This cutting tool is equipped with a TiAlSiN PVD (Physical Vapor Deposition) layer, which gives it a distinctive bronze color. It is specifically designed for processing hard materials, including steel and stainless steel, with a hardness range of 28 to 50 HRC. The TiAlSiN coating enhances the tool's performance by providing superior hardness and thermal stability, which is crucial for withstanding the high temperatures and wear encountered during the machining of such hard materials