1. Equipment selection and configuration

High-precision laser source: Select a laser source with high precision to ensure stability and accuracy during cutting. The focusing and stability of the laser beam directly affect the cutting quality.

Advanced control system: Equipped with advanced numerical control system, can accurately control the trajectory of the laser and cutting parameters, such as speed, power, etc., to achieve high-precision cutting.

Automation equipment: Select equipment with automatic loading and unloading, automatic alignment, automatic detection and other functions, reduce manual intervention, improve production efficiency and cutting quality.

2.Cutting parameters optimization

Cutting speed: Set the cutting speed reasonably according to the material, thickness and cutting requirements of the pipe. Too fast a speed may lead to a reduction in cutting quality, while too slow will affect production efficiency.

Laser power: The size of the laser power directly affects the cutting depth and speed. According to the material and thickness of the pipe, the laser power is adjusted to ensure the cutting quality and improve the cutting efficiency.

Auxiliary gas: Choosing the right auxiliary gas (such as nitrogen, oxygen, etc.) and its flow and pressure helps to improve the cutting quality and reduce the heat affected zone and oxidation phenomenon.

3.Cutting strategy and path planning

Reasonable layout: Reasonable layout of the pipe before cutting, reduce empty travel and repeated cutting, improve material utilization and production efficiency.

Optimize cutting path: The use of professional pipe cutting and discharging software, in advance on the computer programming drawing, discharging, blanking, generate the optimal cutting path, reduce cutting time and material waste.

Continuous cutting: As far as possible to use continuous cutting mode, reduce the number of pauses and starts, improve cutting efficiency.

4. Equipment maintenance and maintenance

Regular maintenance: Regular cleaning, lubrication and inspection of the laser cutting machine to ensure that the equipment is in the best working condition.

Lens protection: The lens of the laser cutting machine is a precision component that needs to be checked and replaced regularly to ensure cutting accuracy and efficiency.

Cooling system: Ensure the normal operation of the cooling system to prevent overheating damage to the laser and optical components.

5. Operator training

Professional training: Provide professional training for operators to familiarize them with equipment operation, cutting parameter adjustment, and troubleshooting.

Safety awareness: Strengthen the safety awareness education of operators to ensure that safety procedures are followed during operation to prevent accidents.