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With the advent of 5G, driven by its three major characteristics: low latency, high bandwidth, and high speed, the application range of AGVs will continue to expand, the environment that AGVs need to face is becoming more diverse, and the requirements for AGV technology are also increasing. The speed of localization of core components Exceeding expectations, the trend gradually emerged. Domestic manufacturers have overcome some of the problems in key core components such as reducers, sensors, servo controls, and servo motors. The localization of core core components is an inevitable trend. At present, my country has taken breakthroughs in the key core technology of AGV robots as an important strategy for scientific and technological development. In the future, the scale and number of AGV robots will continue to expand. In recent years, AGV robot application fields have taken the lead from traditional fields such as automobiles, e-commerce warehousing, electronics, etc., to emerging fields such as new energy, environmental protection equipment, high-end equipment, warehousing and logistics At the same time, AGV robot companies everywhere The solution is also extending from traditional automobile and 3C manufacturing to new scenarios and new industries.
![robot agv application robot agv application](https://www.expo21xx.com/cipmedia/22366/agvs_2021.jpg)
At this time, the magnetic navigation AGV obviously cannot meet the requirements. In this context, the more flexible and flexible SLAM laser AGV car can better meet the needs of customized production, so it has developed rapidly.
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The application of magnetic navigation AGV in the manufacturing industry has greatly improved the degree of factory automation and production efficiency. However, with the increasing demand for customization, the manufacturing industry hopes that the flexibility of automated production lines and logistics handling systems can be higher. The AGV system can be docked with the existing MES, ERP and other systems in the factory to realize full digital management, which can effectively avoid human factors and improve the level of production quality. To see how a complete automation solution might look like in practice, check out our case study on Magna Assamstadt.With labor costs increasing year by year and fierce competition, the manufacturing industry uses AGV to achieve highly flexible and scalable automated logistics, so as to reduce costs, improve efficiency, improve quality and shorten product production cycles. The application advantages of AGV trolleys in the manufacturing industry are mainly reflected in the following two aspects: First, AGV trolleys can achieve 24-hour continuous operation without human involvement, reducing labor and greatly improving the handling efficiency of products and materials. 2. And of course, an automation solution cannot succeed without its key component – intelligent software. They’re often part of a hybrid solution consisting of a mixture of automated guided vehicle systems, manual and automated conveyor systems, state-of-the-art picking systems and mixed traffic. However, planning a complete automation solution is much more than just deciding between AGVs and AMRs. In short, AMRs are superior to AGVs in terms of flexibility, scalability, installation time and profitability. A modern production environment should not make itself dependent on inflexible technology. As a result, it’s of utmost importance that today’s automated guided vehicle systems are fast to integrate and adapt. We’re all struggling with decreasing plannability, the shortage of qualified personnel and resource shortages. And change is a fact of life, especially in today’s market.