Heavy-Duty Cutting in Energy Equipment

In heavy-duty cutting scenarios for energy equipment (such as wind power gears and nuclear power pump bodies), the double-edged drill bit, with its high wear resistance and impact resistance, meets the challenges of large cutting volumes and high-hardness workpieces (HRC50+). The double-edged structure enhances the support and guidance of the drill bit in the hole, improving cutting stability and reducing chipping and wear caused by vibration; at the same time, it optimizes the chip flute shape and coolant flow path, enhancing chip removal and heat dissipation capabilities, preventing chip accumulation and thermal deformation, and ensuring tool stability under extreme working conditions. The advantage lies in the precision machining and strict quality inspection using Swiss TTB CNC machine tools, combined with the double-edged design, extending service life by more than 50%, and reducing delamination, burrs, and other damage during the processing of composite materials (such as carbon fiber reinforced composites), improving processing quality and efficiency.