Must-Read Essentials: Three Killer Techniques to Boost Laser Cutting Efficiency

Must-Read Essentials: Three Killer Techniques to Boost Laser Cutting Efficiency

Fibre laser cutting machines have become an indispensable tool for metal cutting, rapidly replacing traditional metal processing methods. With the current period of rapid economic growth, metal processing companies are experiencing a surge in orders, which is putting an increasing daily workload on fibre laser equipment. In order to ensure timely order delivery, it is crucial to improve laser cutting efficiency.

So, how can operators significantly boost laser cutting efficiency during metal processing? Below, we highlight several key functions that require special attention when using laser cutting equipment.

1.  Autofocus function

    When cutting different materials, the focal point of the laser beam must be positioned accurately at various points across the cross-section of the workpiece. Accurate adjustment of the focal position of the spot is critical for cutting. Autofocusing is achieved by installing a variable-curvature mirror in front of the focusing lens. Altering the curvature of the mirror changes the divergence angle of the reflected beam, thereby adjusting the focal point for automatic focusing. Early laser cutters typically relied on manual focusing, whereas autofocusing saves considerable time and boosts cutting efficiency.

2. Frog-jump function

The frog-jump function represents the idle travel mode in modern laser cutters. This technological advancement is a landmark breakthrough in the evolution of laser cutting machines, and is now standard in high-quality systems. It drastically reduces the time required for the equipment to ascend and descend, enabling the laser cutting head to move rapidly and consequently boosting cutting efficiency.

3. Automatic Edge Detection

Automatic edge detection is crucial for improving laser cutting efficiency. It senses the tilt angle and origin point of the workpiece, automatically adjusting the cutting programme to find the optimal position.