With the continuous advancement of aerospace product development and the leap in performance requirements, a large number of complex monolithic aluminum alloy structural components are being widely adopted in next-generation aerospace products.
Aluminum-magnesium alloys, as indispensable lightweight and high-strength materials in modern industry, are widely used in aerospace, automotive manufacturing, and precision machinery.
CNC milling machines feature a rotary table on the worktable, enabling selective milling of shaft components. Due to their long length and small diameter, shaft parts present significant machining challenges on lathes.
New-type productive forces serve as the core driving force behind economic development and are also key to achieving high-quality growth.
In high-end manufacturing sectors such as aerospace and medical devices, the machining precision of complex curved components—including aircraft engine blades and artificial joint prostheses—directly impacts equipment performance and operational safety.
This paper analyzes key factors affecting machining accuracy, such as machine tool precision, tool performance, process parameters, and external environments, and proposes corresponding optimization techniques.
A thin-walled bracket designed for a Caterpillar heavy-duty truck engine presented significant challenges in both casting and machining due to its structural characteristics.
Non-standard trapezoidal threaded shafts are specialized shaft components featuring a unique trapezoidal thread structure.
With the advancement of contemporary manufacturing technology, drive shafts are extensively utilized in industrial practice for load transmission.
