1. Complex tube shapes: Tubes often have complex shapes and contours, and traditional cutting methods may not meet the need for flexibility and complex shapes. Laser cutting machines have very high flexibility and can be programmed to cut complex shapes.

2. Pipe straightness and flatness: Pipe straightness and flatness are very important for some applications. Traditional cutting methods may lead to poor straightness and flatness of the pipe, but the laser cutting machine can achieve higher straightness and flatness by adjusting the cutting parameters and using the appropriate auxiliary gas.

3. Dimensional accuracy and connectivity of pipes: The dimensional accuracy and connectivity of pipes are very important for the installation and use of pipe systems. Traditional cutting methods may not be able to meet the requirements of high precision and connectivity, while laser cutting machines have high accuracy and controllability, which can achieve accurate cutting and connectivity.

3. Cutting speed and production efficiency: Cutting speed and production efficiency are important considerations in pipe processing. Traditional cutting methods may be slow, and laser cutting machines have the characteristics of fast cutting, which can improve production efficiency.

5. Automation and intelligence: In some applications, automated and intelligent cutting solutions may be more advantageous. The laser cutting machine can be integrated with the automation system to realize the automatic cutting process, and the optimization and adaptive control of cutting parameters through intelligent algorithms and sensors.