How to debug a laser cutting machine

1. Adjust the machine assembly to improve cutting efficiency.
Guide rail: When installing the guide rail, it must be parallel. If the guide rail is not parallel, there will be resistance during the operation and development of the machine equipment. The workpiece designed by cutting will have serrated edges. Therefore, the Y-axis guide rail must fully ensure the parallelism of the system.

Beam and coupling: During the installation process of the machine's beam and coupling, if the screws are not tightened, or if the locking is tilted or loose, it will affect the cutting effect of the laser cutting machine. So it is necessary to ensure the installation quality and accuracy of the components.

2. Debugging laser machine parameters to improve the cutting processing speed of enterprise machines.
During the cutting process, we need to gradually develop and adjust machine learning parameters. In this case, if the machine parameters are not adjusted properly by the enterprise, the cutting speed and effect will be affected to a certain extent. When leaving the factory, each laser cutting machine can set and save design parameters based on different power sizes, cutting materials, and thickness data. In the later stage, adjustments can be made according to the needs of network users. When setting parameters, the following points should be noted:

① Initial development speed: As the name suggests, this question sets the speed at which a machine starts. The initial speed is not as fast as possible, in fact, if the speed is too fast, the machine may start to vibrate very much.

② Acceleration: Acceleration refers to the process in which a machine can accelerate from its initial development speed to normal use during enterprise production. Similarly, when preparing to end cutting, there is also an economic deceleration process. If the acceleration is too low, it will affect the speed of social machine cutting processing.

3. Precision adjustment method for laser cutting machine.
When the focal point of the laser is set to the minimum, it is shot to establish its initial effect, and the focal length position is determined by the size of the spot effect. We believe that as long as we recognize the minimum point of the laser, the optimal processing focal length is obtained for this position information, and we can start to develop and analyze the work of the processing enterprise.

Source: HGTECH