Different types of stainless steel of Taiwan group automatic optical fiber cutting machine may have slightly different cutting parameters and slightly different effects. Because stainless steel contains different components of chromium or nickel. ;Titanium and its alloy platform group automatic fiber cutting machine because of the heat energy of titanium oxidation reaction, oxygen cutting will produce a violent reaction. Although the speed is faster, it is easy to cause the incision to burn. Generally, air is used as auxiliary cutting. There is a small amount of scum on the back, but it is easy to remove, so it is easy to control the cutting effect. Nitrogen can also be used for cutting to reduce oxidation pollution problems, but the cut has thermal influence and can easily change the mechanical properties of the material. ;The automatic optical fiber cutting machine of copper material is very similar to aluminum. It has higher reflectivity to the laser. Thinner brass is better for cutting, but red (purple) copper needs to be blown with oxygen to cut better. . There will be burrs on the back, which can be easily scraped off. The automatic fiber cutting machine for precious metals (gold and silver) is very similar to copper, and it needs to blow oxygen to cut. ;;Description CS035 series cutting machine, when cutting stainless steel, usually only air and nitrogen are used instead of oxygen. If there is a higher requirement for the quality of the cut surface, a higher pressure of nitrogen can be used to obtain a narrower slit width and a smoother Section (silver-white metallic luster), and less burrs, will increase the cost accordingly. CS035 series cutting machine, when cutting carbon steel, air and oxygen are usually used instead of nitrogen. The use of oxygen can improve the smoothness of the section (black metallic luster), and can also increase the cutting speed to a certain extent. At the same time, the oxygen pressure should not be too high. , Excessive air pressure will cause blasting and difficult to control. The 200W fiber cutting machine uses a continuous fiber laser.
Taiwan group automatic optical fiber cutting machine usually needs oxygen for auxiliary cutting. When nitrogen is used, the cutting speed of the plate will be greatly reduced, but it can make the stainless steel get a smoother cutting section. For stainless steel with a thickness of more than 0.4mm, nitrogen protection can be considered. For cutting of SMT steel mesh (stainless steel) with a thickness of less than 0.2mm, because it is not sensitive to the color of the section, and in order to improve production efficiency, it is usually performed with oxygen of not less than 1.2MPa. Cutting. The 1060nm solid stage group automatic fiber cutting machine is not suitable for cutting most non-metals. Even if it can be cut, the effect is not ideal. Brass sample laser metal cutting machine Z-axis follow-up system manual 00 version number: 2.00 revision Catalog 1. Introduction 2. Technical index 3. System structure 4. Installation and interface 5. System configuration and control 6. Debugging 7. Failure The Z-axis follow-up system of the MTZ-2 automatic fiber cutting machine is a Z-float controller specially designed for the manufacturers of supporting laser metal cutting machines. The Z-axis follow-up system of the MTZ-2 group of automatic optical fiber cutting machines integrates the needs of manufacturers and users in recent years, as well as the research results of various mainstream capacitive and inductive height controllers at home and abroad, using the latest imported key components In research and development, the product not only has the characteristics of strong compatibility, strong function, strong stability, high precision, full digitalization, etc., but also supports firmware upgrades, on-demand customization, computer software control and other advantages that other domestic and foreign height controllers do not have. The Z-axis follow-up system of the MTZ-2 automatic fiber cutting machine is an open control system, including Z-axis position detection, signal processing, motor drive, intelligent program control, and also supports remote computer configuration and control, remote customization Digital signal filtering, etc.