Kennametal Expands Turning Tools Portfolio for Precision Small Parts and Medical Machining!

Kennametal Inc. has introduced the TopSwiss Micro Boring Solid (MBS) tooling and KCU25B turning inserts, enhancing its offering for machining small parts and medical components. These tools are specifically designed to improve output, elevate component quality, and ensure accurate, clean results in demanding machining applications.

The TopSwiss MBS tooling is engineered for high-precision machining in small applications. It features sharp cutting edges and low cutting forces, enabling superior chip evacuation and optimized surface finishes. The tooling is capable of performing internal turning in bores as small as 0.3 mm (0.012″), making it highly versatile. With precision-ground insert shanks and over 1,100 standard items, the TopSwiss lineup provides exceptional accuracy, stability, and flexibility to meet a variety of machining needs.

The KCU25B turning inserts offer a robust solution for roughing and medium machining tasks across multiple industries, including aerospace, defense, energy, and general engineering. These inserts are compatible with a range of materials such as steels, stainless steels, cast iron, and high-temperature alloys. Featuring Kennametal’s proprietary KENGold PVD coating, the inserts provide enhanced resistance to flank wear and chipping, ensuring consistent performance and extended tool life.

Together, these tools are designed to address the challenges of machining small, intricate parts while delivering superior surface finishes and long-lasting durability. The MBS tooling provides unparalleled precision for internal turning, while the KCU25B inserts offer versatility for a wide range of machining operations, including turning, grooving, and cut-off tasks.

Kennametal’s latest innovations reflect its dedication to advancing machining technology. These tools are essential for industries requiring high precision, such as medical manufacturing and aerospace, enabling machinists to achieve exceptional results while maintaining efficiency and reliability.