Explanation and working principle of automatic fiber cutting machine

Generally speaking, the higher the speed of oxygen flow, the more intense the exothermic reaction of metal material oxidation. The more thoroughly the generated slag is discharged by the high-speed oxygen flow, a higher cutting speed can be obtained. However, if the oxygen flow rate is too high, the air flow will take away too much heat energy, which will cause the molten metal to cool down and slow down the oxidation reaction rate of the metal. , Will produce the phenomenon of impenetrable. Oxygen-assisted melting and cutting of metal materials in a group of automatic fiber cutting machines, if the auxiliary gas blown is oxygen or oxygen-containing mixed gas, the metal material heated by the laser will produce an oxidative exothermic reaction, which will generate an exothermic reaction outside of the laser energy. Another heat source-the heat energy produced by the chemical reaction of metals, and the two heat energy together complete the melting and cutting of the material, which is called oxygen-assisted melting and cutting. Laser scribing: Laser scribing mainly refers to scribing silicon wafers. Ceramic substrates, diamond films, solar cells, etc. are all controlled fracture cutting. Controlled fracture cutting For brittle materials that are easily damaged by heat, high-speed and controllable cutting is performed by laser beam heating, which is called controlled fracture cutting. The main content of this cutting process is: the laser beam heats a small area of u200bu200bbrittle material, causing a large thermal gradient and severe mechanical deformation in this area, causing the material to form cracks. As long as a uniform heating gradient is maintained, the laser beam can guide cracks in any desired direction. The characteristics of the workpiece and the laser wavelength have a great influence on the cutting effect: because they directly affect the absorption rate of the laser energy by the material, the training of the automatic fiber cutting machine, the explanation and working principle of the automatic fiber cutting machine, produced by our company The group of automatic fiber cutting machines can be divided into three types: YAG lamp pump cutting machine, side pump cutting machine and fiber cutting machine. They are collectively referred to as YAG pulse group automatic fiber cutting machine.

Taiwan group automatic fiber cutting machine YAG means alumina synthetic spar used to generate laser beam. The wavelength of the generated laser light is 1064μm, which can be stimulated and absorbed by many metal materials. At this stage, the main production line is YAG lamp pump cutting machine. From the power point of view, we now have two types of lasers, 500W and 650W. The laser principle and cutting principle of pulse laser power supply YAG laser The xenon lamp converts the electric power into light under the action of the DC high voltage of the pulse laser power supply, and focuses it on the YAG laser rod through the condenser cavity to produce the initial radiation light, and then the output mirror The optical resonance cavity composed of a mirror and a total mirror is stimulated to radiate, and finally the laser is output. The generated laser light is then enlarged by a beam expander, and then turned into a vertical light downward through a 45-degree reflector. Finally, it is focused by the focusing lens and then passed through the cutting nozzle. Finally, it becomes a laser beam that can be used for cutting. An auxiliary gas is required for cutting. (Oxygen, nitrogen, argon, air compressor, refrigeration dryer, oil-water separator, etc.) Cooler chiller (cooling rate 18KW) The lower part of the machine tool table with a follow-up exhaust device can solve the problem of cutting Powder and dust problem equipment is equipped with a rotating device that can cut pipes with a diameter of 20-200. Offline motion control card, equipped with intelligent typesetting software, and with a follow-up cutting system on cutting.