Advanced industrial robots integrate advanced manufacturing technologies such as precision, flexibility, intelligence, and software application development. By implementing detection, control, optimization, scheduling, management, and decision-making on the process, they can increase production, improve quality, reduce costs, decrease resource consumption, and minimize environmental pollution. They are a strong manifestation of industrial automation levels.
(2) Technological Upgrading: Industrial robots and complete sets of automated equipment possess technical features such as precise manufacturing, precise processing, and flexible production. They are the new generation of production tools that comprehensively extend human physical and intellectual capabilities following power machinery and computers. They are important means to achieve digitalization, automation, networking, and intelligence in production.
(3) Wide application fields: Industrial robots and complete sets of automated equipment are key devices in the production process. They can be used in manufacturing, installation, inspection, logistics and other production links, and are widely applied in numerous industries such as complete vehicles and auto parts, construction machinery, rail transit, low-voltage electrical appliances, power, IC equipment, military industry, tobacco, finance, medicine, metallurgy and printing and publishing. The application fields are very extensive.
(4) Strong technical comprehensiveness: Industrial robots and complete sets of automation technology concentrate and integrate multiple disciplines and involve multiple technical fields. It includes advanced manufacturing technologies such as industrial robot control technology, robot dynamics and simulation, finite element analysis of robot construction, laser processing technology, modular programming, intelligent measurement, integrated modeling and processing, factory automation, and precision logistics, with strong technical comprehensiveness.
2026
