Tungaloy expands insert shapes with 100% diamond grade DX200

Tungaloy announces the expansion of its DX200 lineup, featuring 100% diamond grade inserts for enhanced wear resistance and impurity control. The new lineup includes five insert shapes (CCGW04, CCGW06, DCGW11, VCGW11) specifically designed for small inner diameter machining from a minimum diameter of ø5mm, meeting the demands of high-precision, non-ferrous metal machining.

DX200 is a 100% diamond turning insert specifically designed for machining high-hardness non-ferrous metals. It is suitable for machining high-hardness materials such as cemented carbide, carbon, ceramic, and semiconductor target materials. Compared to conventional PCD grades, it offers superior wear resistance and fracture toughness. DX200 can handle a wide range of machining operations, from continuous to interrupted cutting.

Benefits and Features

1. High Wear Resistance with 100% Diamond Material
DX200 adopts a binderless 100% diamond material, achieving exceptionally high wear resistance. This significantly extends the tool life, especially when machining high-hardness non-ferrous metals. Additionally, the binderless structure prevents contamination from impurities during machining, thus enhancing the quality of the finished product.

2: Sharp Cutting Edge for Superior Surface Finish
Utilizing a special grinding technology, the sharp cutting edge ensures an extremely smooth surface finish. This improves the precision of finishing processes and reduces the need for additional post-processing work. Even in small internal diameter machining, it delivers excellent cutting performance, providing consistent and stable machining quality.

3: Versatility in Various Machining Applications
With the expansion of insert shapes, it is now possible to perform small internal diameter machining starting from a minimum diameter of ø5mm. A wide variety of insert shapes, such as CCGW, DCGW, and VCGW, are available to meet diverse machining needs. This allows for optimal tool selection based on specific machining conditions, thereby improving machining efficiency.