Feature
- Excellent chip evacuation performance for fine cutting applications With a blade shape* (extension, chip breaker, etc.) specifically designed for the cutting edge area that supports fine cutting, chip evacuation is significantly better. Especially in areas with a cutting depth of 0.5 mm or less, machining is highly stable because the cutting edge has been developed and designed to accommodate unstable machining caused by the workpiece. The cutting fragments often stick together in long lines, such as the problem of metal fragments intertwining with the work material or holding tools. The product can be used with a variety of materials. such as alloy steel Carbon steel and stainless steel
- High chip evacuation rates even in machining with multiple cutting depths The blade profile is designed to maintain stable chip rolls in applications with fluctuating cutting conditions and machining with multiple cutting depths. Eliminating fractions within these limitations often causes problems in fractionation. It also helps stabilize taper and profile machining, a process commonly used for precision machining of large diameter components. Small size with automatic lathe as well
- The lineup includes three insert grades that support a wide range of workpiece materials, in addition to the AC1030U model, which has a high-quality cutting edge suitable for machining high-precision parts. with a small diameter It also provides excellent cutting surface quality and material compatibility. Various workpieces such as steel and stainless steel The lineup also includes models AC5015S and AC5025S, which are suitable for machining exotic alloys such as heat-resistant alloys and hardened steels. which is becoming that is also wanting more Balances high chip evacuation rates and long tool life
