CopyRight © Shenzhen Weitel Automation Technology Co., Ltd. 粤ICP备14015572号-1
WeChat public number
Mail box： email@example.com
Address： No.168 Changshan Industrial Zone, Liulian Community, Pingdi Street, Longgang District, Shenzhen
Website QR code
Industrial manipulators: the development of the national economy has broad prospects
Introduction: Industrial manipulators are high-tech automated production equipment developed in recent decades and an important branch of industrial robots. At present, domestic manipulators are mainly used in machine tool processing, casting and forging, heat treatment, etc., and the quantity, variety and performance cannot meet the needs of industrial production development.
Industrial manipulators are high-tech automated production equipment developed in recent decades. They are an important branch of industrial robots. They can be programmed to perform various expected tasks. They are both man-made and machine-specific in terms of construction and performance. The advantages, especially the human intelligence and adaptability, the accuracy of the robot operation and the ability to complete the work in various environments, have broad development prospects in various fields of the national economy.
In the modern production process, the robot is widely used in the automatic production line. The development and production of the robot has become a new technology developed rapidly in the high-tech field. It has further promoted the development of the robot, enabling the robot to Better integration with mechanization and automation.
At present, domestic manipulators are mainly used in machine tool processing, casting and forging, heat treatment, etc., and the quantity, variety and performance cannot meet the needs of industrial production development. Therefore, in the country, it is mainly to gradually expand the scope of application, focusing on the development of manipulators in casting and heat treatment to reduce labor intensity and improve working conditions. At the same time as the application of special manipulators, the corresponding general manipulators are developed, and conditions are required to develop teaching. Robots, computer controlled robots and combination robots.
Change the employment dependence of enterprises
As a traditional production enterprise, the use of robots to change our production methods is the only way to reduce the dependence of enterprises on employment, reduce production costs, and achieve sustainable development. The increase in the frequency of use has led to an immediate increase in the output of industrial production. It has been widely used in industrial industries such as electronics, textile machinery, and garden management machines, greatly improving production efficiency; many industries have produced efficiency and quality after reorganizing robots. Further development. The influence of manipulators on the modern production industry is enormous, which not only drives a new round of development of traditional industries, but also has market competitiveness as much as the modern sunrise industry.
In addition, the robots bring changes to the manufacturing and manufacturing of the industry, not only the modern production technology used by the robots, but also the modern management model that has changed the vitality and vitality of the enterprise and the market competitiveness. At this point, the number of products of many enterprises has increased from less than a dozen to more than a dozen now, and the number of products has also been greatly improved compared with the previous ones, while enhancing the market competitiveness and survivability of enterprises. Is the most critical impact. The use of injection molding machine manipulators is a good opportunity for us to adjust the industrial structure and develop the traditional production industry.
With the miniaturization and miniaturization of robots, their application fields will break through the traditional mechanical field and develop towards high-end industries such as electronic information, biotechnology, life sciences and aerospace.