Технические характеристики и применение роботизированной гибочной камеры

At present, intelligent and flexible processing technology has become the pursuit and desire of high-end sheet metal manufacturers. Therefore, the robot bending unit came into being in this market environment.In the sheet metal industry, most companies are still engaged in traditional bending processes. In the production process, due to the variety, specifications, and small batches of products, multiple bending machines and a large number of skilled and experienced sheet metal bending operators are still needed to complete the bending of workpieces. However, there are the following problems in actual work: First, due to the long working hours of operators, the endurance is not continuous, resulting in inconsistent height positions of the workpieces placed each time; second, the operators will not work stably like robots, so the bending workpieces are affected by manual labor, and the size and bending accuracy cannot be guaranteed, resulting in poor quality of finished products; third, facing large workpieces, generally 3-4 operators are required to complete the handling and operation, and the difficulty of recruiting workers and high costs are the difficulties of enterprises; fourth, the operator’s work safety is poor, and there are great safety hazards when lifting the workpiece to work, which is prone to work-related accidents.

Nowadays, although the manufacturing and precision of sheet metal equipment bending machines have been greatly improved compared with the past, there is still a large gap with the current requirements for intelligent manufacturing. In terms of “intelligent production, personalized customization, service extension, and networked collaboration”, it still requires joint innovation and development of sheet metal equipment manufacturing sub-sectors and demanders. This kind of innovation, development promotion, and application is another improvement and liberation of productivity.