The inclined bed CNC machine tool includes aspects such as rigidity enhancement, cutting fluid discharge, and operational convenience, and its application in general mechanical processing, including part processing, thread processing, and hole processing; Application in automobile manufacturing, including engine component processing, chassis component processing, and body welding, etc; The application in aerospace manufacturing includes aircraft structural component processing, aircraft engine component processing, and spacecraft component processing.

The inclined bed CNC machine tool has the following advantages:

1. Rigidity and stability: The bed structure is more sturdy and stable, able to withstand greater cutting forces and vibrations, thereby providing higher machining accuracy and surface quality.

2. Accessibility and operability: The workbench is relatively low, making it easier for operators to approach the workpiece, making it easier to clamp and operate. At the same time, the inclined bed also provides better visibility and workspace, making operation more convenient.

3. Chip removal and coolant discharge: The angled design helps to quickly discharge chips and coolant, reducing chip accumulation and blockage problems during the cutting process, and improving machining efficiency and stability.

4. Accuracy and stability: The slanted bed structure reduces the influence of thermal and mechanical deformation, and improves the accuracy and stability of processing. At the same time, the structure of the inclined bed also helps to reduce vibration and resonance phenomena, improving processing quality.

5. Overall rigidity: With high overall rigidity, it can maintain stability during high-speed cutting and heavy load machining, reduce the impact of vibration and resonance, and improve machining efficiency and surface quality.

It should be noted that different machining tasks and workpiece types may have different requirements for CNC machine tools. Therefore, when selecting a CNC machine tool, it is necessary to comprehensively consider specific machining requirements and machine parameters to determine the suitable machine tool type.