Servo feed system for fiber laser cutting machine manufacturers

Fiber laser cutting machine manufacturers, CNC fiber laser cutting machines, and material processing companies have a low degree of automation in production. The main composition of the servo feed system is shown in Figure 1. With the traditional cutting method, this makes the processing efficiency low, the labor cost is high, and the product quality and quality are also greatly restricted. Domestic and foreign CNC fiber laser cutting machine manufacturers have launched several series of large CNC cutting machines. However, due to their high prices and operating costs, they have brought inconvenience to the purchase and use of domestic small and medium-sized enterprises. Therefore, the development of suitable for small and medium-sized enterprises The CNC fiber laser cutting machine is particularly important. The servo feed system is an important part of the CNC fiber laser cutting machine, and its performance is an important basis for judging the performance of the CNC fiber laser cutting machine. This paper takes the X-direction servo feed system of the CNC fiber laser cutting machine as the research response. Through the analysis of the servo feed system, the simulation models of the mechanical motion system and the control system of the servo feed system are established respectively by using ADAMS and Matlab/Simulink software. Use the co-simulation technology to conduct dynamic co-simulation of the system. Schematic diagram of servo feed system for fiber laser cutting machine 1 CNC fiber laser cutting machine servo feed system design and ADAMS is currently the most authoritative and widely used mechanical rigid-flexible coupling modeling system dynamic analysis software.

Fiber laser cutting machine manufacturers are not suitable for the establishment of complex models because of the several straight blade CNC fiber laser cutting machines possessed by ADAMS itself, which are mainly used for modeling multi-layer flexible materials. , Generally need to be cut, generally equipped with a vacuum suction device, after starting this device, the cutting is modeled by professional geometric modeling software, and in this software, the flexible material on the cutting working surface is absorbed on the working surface for solidification. Import the model into ADAMS for analysis. By calculating the function, and making the flexible material have a certain rigidity, it is convenient for the cutting addition and the design process to determine the geometric size and assembler of the CNC fiber laser cutting machine. The cutting knife performs the high-frequency vibration cutting operation perpendicular to the working surface and uses the CreoParametric parameterization. The modeling software establishes a number of motions, and the X- and Y-direction servo feed system is based on the received geometric model of the feed system of the two-dimensional orbital fiber laser cutting machine. The design of the amorphous iron core cutting fiber laser cutting machine device 1 The background and significance of the design of the amorphous iron core cutting fiber laser cutting machine device. Amorphous alloy material is a new type of alloy material and a soft magnetic material with the same name. Amorphous alloy transformer is a transformer that uses this new type of magnetically permeable material-amorphous alloy to make an iron core. The outstanding feature of the amorphous alloy material is the low iron contact loss, so the empty cutting loss of the amorphous alloy transformer is low. Compared with the S9 series transformer, the negative cutting loss is basically similar, but the air cutting loss is reduced by 70%-80%. Decrease by 40%-60%[1]. Another feature of transformers using amorphous alloys as cores is environmental protection. In terms of environmental protection, when amorphous alloy iron cores are used in oil-immersed transformers, they can effectively reduce CO, SO, NO and other toxic gases, so it can be called the most green product in the 21st century electric power. Amorphous alloy is a dual energy-saving material that has both energy-saving in the manufacturing process and energy-saving in the use process. Its promotion and application in distribution transformers will become one of the important means of energy saving and consumption reduction in my country's power grid. At present, the mass production and supply of amorphous strips for distribution transformers are basically monopolized by Hitachi Metals. With the increasing demand for energy saving and environmental protection worldwide, the demand for amorphous alloys at home and abroad is increasing, and The more urgent it is, the greater the pressure on my country's energy conservation and environmental protection. Therefore, the development of energy-saving amorphous distribution transformers has attracted special attention. my country currently has only a thousand-ton-level amorphous production capacity, which is far from being able to meet the domestic market demand. It is conservatively estimated that there is already a shortage of tens of thousands of tons of amorphous strips in China. In order to break the situation of such raw materials being restricted by others, it is necessary to independently develop the 10,000-ton amorphous industry.

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