Aerospace Precision Machining

For the drilling and milling needs of high-hardness alloys (such as titanium alloys and superalloys) in the aerospace field, the company utilizes a double-edged drill bit combined with customized end mills and solid carbide solutions. The double-edged design, through the support and guidance of the two cutting edges, significantly suppresses cutting vibrations, improving hole wall surface quality and hole diameter accuracy, even achieving a reaming-like effect and reducing subsequent finishing processes; simultaneously, it optimizes the chip flute shape and coolant flow path, enhancing chip removal and heat dissipation capabilities in deep hole machining, preventing chips from scratching the hole wall, ensuring high-precision milling and long service life, and overcoming production bottlenecks for difficult-to-machine materials. The advantage lies in achieving high-precision machining and surface finish control of complex part geometries through the synergistic effect of the double-edged structure and coating technology, extending tool life by more than 50%.