Operation & Maintenance Tips for Bevel Fiber Laser Pipe Cutting Machine

As industrial automation advances, laser cutting has become a mainstream manufacturing process. In pipe cutting, bevel fiber laser pipe cutters are widely used in metal piping, steel structures, shipbuilding, aerospace and other fields for their high efficiency and precision. Proper operation and maintenance are essential to ensure stable performance and extend service life. XingChuang Laser shares key tips below.

Operation Tips

1. Pre-start Inspection

Check power and gas supply, clear obstacles around the machine, and keep the working area tidy. Verify the laser cutting head position, focus setting, and fiber condition to guarantee cutting accuracy.

2. Correct Parameter Setting

Set appropriate power, cutting speed and gas flow based on material type, thickness and pipe profile. For bevel cutting, select the right bevel angle and cutting mode as required. High-end models with intelligent software can auto-adjust parameters to improve precision and efficiency.

3. Proper Material Placement

Place pipes flat on the worktable to avoid bending or tilting, which causes cutting deviations. Ensure pipe surfaces are free from oil, rust and impurities that may interfere with laser focusing.

Maintenance Tips

1. Regular Cleaning

Clean the laser head, lenses and fiber regularly to remove dust. Use professional tools to clean the focusing lens and keep fiber connectors clean for stable laser transmission.

2. Cutting Head Inspection

Inspect the alignment of the laser cutting head and check lenses for scratches or damage. Replace faulty parts promptly to maintain cutting quality.

3. Fiber Check

Regularly inspect the fiber for wear, excessive bending or loose connectors, as these issues reduce transmission efficiency and affect machine performance.

4. Mechanical Lubrication & Inspection

Lubricate guide rails, screws and other transmission parts regularly to ensure smooth movement. Check motors and drives for abnormal noise or vibration to prevent mechanical failures.