Through years of development, the technology of welding robots has made significant progress in many aspects such as technology and automation. As a result, it is being used in a wider range of applications, from automobile manufacturing, construction, and petrochemical industry to agricultural harvesting and service industries.
Among them, with the development of science and technology, the control accuracy of welding robots, the real-time monitoring of welding parameters and the stability of the automatic control system of welding robots have been greatly improved, so that the technical maturity of welding robots has been greatly improved.
In addition, compared with manual work, the welding robot accurately calculates the welding time and welding power and other data by the computer program, which can be efficient and rapid prototyping, and the thickness of the weld is uniform and beautiful, and there will be no weld-through deformation and insufficient penetration.
In addition, the degree of automation of welding robots has increased significantly. Taking the Fladdy welding robot as an example, thousands of memory welding path trajectory programs can be retrieved and used at any time to help enterprises automate batch welding, which can realize one person to manage a welding production line, which greatly improves the production efficiency of welding and reduces the labor cost of the enterprise.
In the future, welding robots will continue to evolve towards intelligence, with more flexibility and a focus on human-machine cooperation.
The first is intelligence, the robot introduces artificial intelligence technology into the welding equipment to realize the automatic detection of welds, the intelligent adjustment of welding parameters, and can automatically identify and correct defects in the welding process, and improve the quality and stability of welding. It can also adapt to the welding requirements of different workpieces, and can realize automatic switching for different materials and welded joints, improving the flexibility of the production line.
Human-machine coordination and flexible cooperation is also a major direction, taking the Vladdy collaborative welding robot as an example, the Vladdy welding collaborative robot is equipped with safety sensors, which is more convenient for employees to cooperate with the robot in the welding process, thereby improving production efficiency and work safety.
As an important part of modern manufacturing, welding robots have made significant progress. In the future, with the continuous development of intelligent and adaptive control technology, welding robots will achieve a higher level of intelligence, automation and flexibility. This will greatly improve the production efficiency and product welding quality of the enterprise, and also help the enterprise reduce costs and improve economic benefits.