Prospects of Welding Automation Technology for Laser Welding Machines in Dongguan
Release time:
2024-12-13
With the continuous development of science and technology, the application of laser technology is becoming increasingly widespread. For example, laser welding technology has become a leader in laser applications. Laser welding technology is attributed to the new high-energy beam welding technology, and the prospects for automation technology in Dongguan laser welding machines.
With the continuous development of science and technology, the application of laser technology is becoming increasingly widespread. For example, laser welding technology has become a leader in laser applications. Laser welding technology is attributed to the new type of high-energy beam welding technology, and the prospects of automation technology for laser welding machines in Dongguan.
(1) The intelligence of the welding process control system is one of the core issues of welding automation and an important direction for our future research. We should study optimal control methods, including linear and various nonlinear controls. The most representative are fuzzy control, neural network control, and expert system research for the welding process.
(2) Welding flexible technology is also a focus of our attention. In future research, we will organically combine various optical, mechanical, and electrical technologies with welding technology to achieve precision and flexibility in welding. Transforming traditional welding equipment using microelectronics technology is a fundamental way to improve the level of welding automation. Matching CNC technology with various welding machinery to enhance flexibility is our current research direction. In addition, the combination of welding robots and expert systems to achieve functions such as automatic path planning, automatic trajectory correction, and automatic control of weld depth is a key focus of our research.
(3) The integration of welding control systems is the integration of people and technology, as well as the integration of welding technology and information technology. Information flow and logistics are important components of the integrated system. By promoting the organic integration of information flow and logistics, the requirements for information and real-time control can be significantly reduced. In control and in-process handling, attention should be paid to cultivating human response and judgment capabilities, establishing a user-friendly interface, and achieving harmony between people and automated systems, which is an underestimated factor in integrated systems.
(4) Improving the reliability, quality stability, and control of welding power sources, as well as good dynamic sensitivity, is also a topic of our concern. Developing a high-performance welding machine with adjustable arc motion, adjustable wire feeding, and adjustable welding torch posture, capable of detecting the start of the welding groove, temperature field, molten pool state, and penetration depth, and providing welding specification parameters in a timely manner, should actively promote the development of computer simulation technology for the welding process. This is an important aspect of the development of welding technology from "technology" to "science." The first decade of this century will be a favorable period for the rapid development of the welding industry. Our welders still have a long way to go and must be determined to face challenges. Seize opportunities to improve the level of welding automation in our country.
Dongguan Shoulai Laser Technology Co., Ltd. is a high-tech enterprise that researches and manufactures high-end laser industrial equipment, automation equipment, and visual inspection equipment.
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