As an effective processing machine, the sheet and pipe dual-purpose fiber laser cutting machine is widely used in the processing and manufacturing of the industry. However, many people do not know the quality of the product when they choose to use it, so how to judge it? Next, Cheeron Laser will introduce how to distinguish the quality of the sheet and pipe dual-purpose fiber laser cutting machine from three aspects.
The sheet and tube dual-purpose fiber laser cutting machine is a high-quality and effective processing machine. When the laser beam cuts on the metal sheet, it will form a vertical line. The deeper the line, the rougher the cross-sectional surface. The cutting machine we use, if it meets the thickness of the plate, the cut section should be smooth, without streaks, and without brittle damage. Roughness not only affects the appearance of the cut product, but also affects the characteristics. In many cases, the lower the roughness, the higher the processing quality.
2. Cutting width
Generally speaking, the cutting width directly affects the cutting quality. Plates of different thicknesses have corresponding slit widths. When forming a particularly precise pattern inside the part, the cutting width must be able to meet the gap requirements of the normal cutting process. As the thickness of the board increases, the slit width should also increase. Therefore, the size of the slit is confirmed according to the thickness of the plate to ensure that different plates have the same high precision, and the batch of workpieces should be stable in the area of the laser cutting machine.
With high-power metal laser cutting, as the thickness of our processed materials increases, the quality of the cut corners becomes extremely important. The amount of defocus, corner power control, and acceleration all have an intuitive impact on the corner process. Cheeron Laser has repeatedly explored and summarized by itself, and has a unique technology for corner quality control, which can more reliably ensure the corner quality and the consistency of the workpiece product.
During the processing, the laser beam has high energy density, fast processing speed, and local processing, which has almost no effect on the non-laser-irradiated parts, so its heat-affected area is small and the thermal deformation of the workpiece is small. The laser beam is easy to guide, focus, and change direction, and it 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.