Iwaki, Giappone – novembre 2025 – Tungaloy Corporation annuncia l’espansione della linea TungCut con l’introduzione di due nuovi gradi: AH8005, resistente all’usura, e AH6235, resistente alla frattura.
Challenges and Trends
Grooving and parting operations are indispensable processes in the manufacturing of general machinery and automotive components. However, these operations often involve demanding cutting conditions such as intermittent profiles or long overhangs, which can lead to challenges in tool life and machining stability.
In today’s market, where productivity and cost optimization are essential, further improvement in tool performance has become critical. To meet these demands, the introduction of new cutting tool grades that provide longer tool life and stable machining is highly anticipated.
Product Overview
TungCut è la linea di scanalatura e troncatura più completa, con ottime proprietà di controllo del truciolo e un meccanismo di bloccaggio dell’inserto altamente rigido. Consente una finitura di qualità ed è adatto per un’ampia gamma di lavorazioni. Combina una precisione stabile con una lunga durata dell’inserto.
Benefits and Features
Feature 1: AH8005 – Wear-resistant grade ideal for high-speed and continuous machining
– Suitable for a wide range of workpiece materials including heat-resistant alloys, stainless steel, and general steel
– Exhibits excellent wear resistance even at high temperatures, significantly extending tool life
– Delivers stable cutting performance in continuous and high-speed machining operations
Feature 2: AH6235 – Tough grade for interrupted and heavy-duty cutting
– Designed to handle interrupted cuts and parting operations where chipping and breakage are common
– High toughness reduces the risk of tool failure, enabling stable machining
– Offers outstanding reliability even when machining difficult-to-cut materials such as stainless steel
With the addition of these grades, TungCut can now accommodate a wider range of machining conditions and workpiece materials, contributing to improved productivity and cost reduction in manufacturing environments.
