As one of the most commonly used machine tools in machining, lathes have the following core characteristics and are suitable

Main differences Motion axes: three-axis machines (X, Y, Z linear axes), five-axis machines (add two rotary axes, such as A,

In the first half of 2025, China’s CNC machine tool industry will continue its rapid development trend in recent years,

1.High rigidity structure design The basic components such as the machine base, column, and headstock are made of high-strength lost

1.High stability and high rigidity structure High-strength lost foam casting technology is used to manufacture basic components such as machine

Core Benefits: ✅ High rigidity and stability It adopts high-quality TH 300 cast machine bed and box structure, optimized by

Core Benefits: 1.High rigidity and long stroke design Using TH300 high-quality castings, optimized by finite element analysis, box-shaped column and

1.High rigidity structure design TH300 high-quality castings are used, optimized by finite element analysis, and the box structure is integrally

High performance and versatility Designed with vertical structure, it is suitable for 3C digital, small and medium-sized impellers, precision mold

The manufacturing process of JW-U400S five-axis machine tool reflects the combination of high precision, high stability and advanced technology, which

一．Core differences 1.Axis of motion and degrees of freedom Three-axis machine tool: only three linear axes of X, Y and

China’s CNC five-axis machine tool industry will show a rapid development trend in 2025, with technological breakthroughs and localization accelerating,