CNC Machining

In modern manufacturing, metal material processing and treatment technologies are crucial for enhancing mechanical properties.

Welding and heat treatment are both vital processes in metal fabrication, widely applied in mechanical manufacturing, aerospace, automotive industries, and other fields.

Processing plays a decisive role in the manufacture of complex parts. With continuous technological advancement, the structures of components for precision instruments, aerospace, aviation, military equipment, and many other devices are becoming increasingly intricate.

During CNC machine tool processing, deformation errors are prone to occur at the corner transition positions of workpieces due to various factors such as machine tool structure, cutting forces, and temperature changes.

Addressing the challenge of processing deformation in aerospace aluminum alloy thin-walled components without using heat treatment to release stress, this study analyzes and improves the issue from the perspectives of structural characteristics and process control.

In the field of heavy equipment, large shaft components often require ultra-deep hole machining to reduce weight, improve material utilization, and meet special structural requirements.

As manufacturing production models evolve, sheet metal processing has increasingly played a significant role in the manufacturing industry due to its advantages of high efficiency, flexibility, formability, and environmental friendliness.

The turning tool is the most commonly used cutting tool for machining workpieces. The selection of turning tool geometric angles directly affects the dimensional accuracy, surface roughness, and cutting efficiency of the workpiece.

Angular geometric tolerance is a type of geometric dimensioning and tolerancing (GD&T) specification that controls how precisely one feature’s orientation (its slope or inclination) must be held relative to another feature or reference (datum).

CNC milling cutter, as the direct cutting tools applied to workpieces, come in a wide variety of types. Different tool structures and materials exhibit distinct cutting performance characteristics.

These characteristics allow manufacturers to use them for various machining tasks, including planar milling, contour milling, and cavity milling.

Tool Radius Compensation (TRC) is a technique used in CNC milling to correct the actual cutting path of the tool, with the aim of ensuring that the workpiece contour is machined to more precisely match the trajectory specified in the design drawings.