In the aerospace sector, scraping and rolling the inner bore of engine hydraulic actuators extends the fatigue life of the bore by four times, ensuring stable operation under frequent starts and stops at high altitudes.
As the aviation industry evolves toward intelligent and lightweight design, horizontal lathes are integrating with digital twins and intelligent inspection technologies to create "intelligent precision machining units" for engine components.
In practical applications, gun drills have revolutionized manufacturing across multiple sectors. For example, when machining high-pressure turbine shafts for aircraft engines, gun drills can complete ultra-deep holes in a single operation, increasing efficiency by 60% compared to traditional deep-hole drilling.
For example, when machining 15-meter-long casing for underwater wellheads, deep-hole lathes can complete drilling, reaming, and roll forming in a single process, reducing the machining cycle by 60% compared to traditional processes.
Carving Ultimate Surface Precision, Safeguarding the Precision Upgrade of High-End Manufacturing
For example, when machining aluminum alloy cylinder blocks for automotive engines, honing machines use a cross-hatch honing process to create uniform oil reservoirs on the cylinder bore surface
For example, when machining aircraft engine casings, CNC boring and drilling machines use 3D coordinate positioning to precisely machine dozens of hole systems, increasing efficiency by 50% compared to traditional equipment.
In practical applications, deep-hole lathes have significantly improved the efficiency of oil drilling equipment manufacturing. For example, when machining high-strength drill pipe for deep drilling
In actual production scenarios, CNC machine tools have brought comprehensive efficiency improvements to mining machinery manufacturing. For example, when machining the rotary platforms of large mining excavators
