WCMX030208-FN Drilling Inserts

This innovative blend combines the high hardness and wear resistance of alloy steel with the excellent toughness of metal, enabling the tool to withstand extreme cutting temperatures and mechanical stress during processing. When handling challenging materials like high-strength alloys and stainless steel, the WCMX030208-FN Drilling Inserts maintains sharpness and stability through its unique material properties, significantly reducing wear rates and extending tool durability.

The geometric design of OYT WCMX030208-FN Drilling Inserts demonstrates exceptional ingenuity. Its uniquely shaped cutting edge, meticulously calculated and optimized, effectively reduces cutting forces and minimizes thermal generation during operation. Parameters including the rake angle, flank angle, and edge inclination are precisely engineered to ensure efficient machining performance across various production processes.

In coating technology, the WCMX030208-FN Drilling Inserts demonstrates exceptional performance. The company employs an advanced multi-layer coating process to apply a Barchas coating—a material with high hardness, excellent oxidation resistance, and low friction coefficient—on the insert surface. This coating not only enhances wear resistance and corrosion resistance but also reduces friction between the tool and workpiece, decreases cutting forces and temperatures, while improving surface finish quality. Whether in dry or wet cutting environments, the WCMX030208-FN maintains stable cutting performance, ensuring machining accuracy and surface smoothness.

Our product demonstrates exceptional versatility across diverse industrial applications. In aerospace manufacturing, the WCMX030208-FN Drilling Inserts excels in processing titanium alloys and high-temperature alloys, meeting stringent requirements for precision and efficiency while enabling advanced component production. For automotive manufacturing, this insert delivers superior performance in machining critical components like engine blocks and crankshafts, as well as complex structures such as transmission housings, effectively boosting productivity and reducing costs. In mold manufacturing, it handles high-hardness, precision-demanding steel materials with ease, helping manufacturers enhance both processing quality and operational efficiency.