Achieving stable, high-quality laser cutting depends on more than just power, speed, or focus settings. One of the most easily overlooked yet crucial factors is coaxial alignment—the alignment of the laser beam center with the nozzle center. Poor coaxial alignment can lead to inconsistent cuts, excessive slag, kerf offset, and even frequent nozzle damage.

Laser power is one of the most important parameters of a laser cutting machine. The higher the power, the faster the cutting speed and the greater the cutting thickness. Generally speaking, laser power is the power of the laser. As for the material properties, if the surface reflectivity of the material is high, then when the laser is irradiated to the surface of the material, more energy will be reflected back instead of being absorbed by the material for cutting. Therefore, in order to ensure sufficient energy for cutting, the power of the laser needs to be increased. Similarly, if the thermal conductivity of the material is good, the heat generated by the laser irradiation will be quickly conducted inside the material, making it difficult for the temperature of the cutting area to rise to a level sufficient for cutting. At this time, the power of the laser also needs to be increased to improve the cutting efficiency. In addition, cutting materials with high melting points also requ

Laser cutting technology must be familiar to everyone. Laser cutting technology is a processing method that uses a high-energy-density laser beam to accurately cut materials. It is widely used in the processing of metal and non-metal materials. The most common laser cutting equipment is laser cutting machines.

First Exhibition in 2025-- SteelFabMetal Processing and Welding Automation Exhibition SteelFab, the highly anticipated 20th Middle East Machine Tool, was grandly held at the Sharjah Expo Center in the United Arab Emirates from January 13th to January 16th.