Judgment of the quality of tube-sheet dual-purpose fiber laser cutting machine

As an effective processing tool, the tube-sheet dual-purpose fiber laser cutting machine has been widely used in industry. However, when many people choose to use a product, they do not know its processing quality, so how to judge it?

1. Roughness

Dual use of tube and plate Fiber laser cutting machine is a high-quality and efficient processing tool. When the laser beam acts on the metal plate, it will form a vertical line. The deeper the line, the thicker the cross-section. If the cutting machine we use meets the thickness of the plate, the cutting section should be smooth and lubricated, without streaks and brittle damage. Roughness not only affects the appearance of the cut product, but also affects the characteristics of the cut product. In many cases, the lower the roughness, the higher the processing quality.

Second, cutting width

Generally speaking, the cutting width directly affects the cutting quality. Plates of different thicknesses have corresponding cutting widths. When the parts use special precision patterns, the cutting width must meet the requirements of the normal cutting process gap. As the plate thickness increases, the slit width should also increase. Therefore, according to the thickness of the plate, the size of the cutting joint is locked, so that different plates have the same high precision. The batch of workpieces should remain stable in the area of u200bu200bthe laser cutting machine.

Three, corners

As the thickness of the material increases, the quality of the cut corners becomes very important. Defocus, corner power control and acceleration have a direct impact on the corner technology. Through its own exploration and summary, Qingyuan Laser has unique technology in corner quality control, which more reliably guarantees the consistency of corner quality and workpiece products.

In the processing process, the laser beam has the characteristics of high energy density, fast processing speed, and local processing. It has little effect on non-laser irradiated parts and has a small thermally affected area. The thermal deformation of the workpiece is small. The laser beam is easy to guide, focus, and change direction, and is easy to cooperate with the CNC system to process complex workpieces. The processing method is very flexible, the production efficiency is high, the processing quality is stable, and the economic and social benefits are high.