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Fdata Co., Ltd.

AGV Transport Robots: Future Development Trends

"COVID-19" pandemic has raised people's awareness of their own vulnerability to natural risks, which will promote the application of AGV and other automation equipment in various industries. In the long run, the occurrence of the pandemic may play a role in promoting and stimulating the development of the entire industry. In the commercial field, it has made industry insiders and outsiders pay more attention to this huge market, while in the manufacturing field, it will enhance the willingness of enterprises to "replace humans with machines" because people will realize that the servi robot can overcome human vulnerability and work in extremely harsh conditions.

The continuous coverage of high-reliability networks will enable mobile serving robots to have unrestricted activity areas during movement

With the advent of the 5G era, many AGV companies have also realized that endowing mobile robots with more "from vehicle to robot" concepts and promoting intelligent transformation with the 5G wave is the trend of mobile robot companies. The 5G network will seamlessly connect production equipment and meet the requirements of device interconnection and remote interaction applications in industrial environments. Mobile serving robots can reach various locations on demand, perform uninterrupted work and smooth switching of work content in various scenarios.

In the future, AGV service robotics will show the following development trends

  • High speed. Industries such as automobiles, 3C, national defense, aerospace, and others are placing higher demands on the speed of handling robots with the application of new materials.

  • Flexibility. The requirements of automation and informatization for handling robots to improve part processing accuracy and production efficiency and shorten product manufacturing cycles are increasing.

  • High precision. The running accuracy, monitoring accuracy, and obstacle avoidance accuracy of AGV intelligent handling carts are increasingly valued.

  • Information exchange and networking. The market requires handling robots to have two-way, high-speed networking communication functions, and it is important to ensure that the flow of information is unimpeded between various departments.

  • Control intelligence. The intelligence level of handling robots is constantly improving to adapt to various manufacturing industries.

  • High reliability. The handling service robots need to have strict manufacturing and clear reliability targets, and continuously improve and innovate by analyzing maintenance and identifying weak links to increase reliability.

  • Application of multimedia technology. AGV intelligent handling robots greatly facilitate the use of non-professional users, who can directly operate through the Android operating interface menu or tablets.

It is expected that in the next few years, AGV servi robot will appear in workshops in various industries. AGV carts, as automated unmanned handling equipment, can reduce labor intensity and improve work efficiency. At the same time, it can skillfully and quickly complete some "impossible tasks". For example, the introduction of AGV carts in automobile, aerospace, chemical and other large equipment assembly workshops can achieve point-to-point automatic access handling operations, achieve refinement, flexibility, informatization, shorten logistics time, reduce commodity losses and reduce construction investment costs.

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