Assemble experts from Taiwan and Japan, AI human-machine collaboration application solutions 11/11 Chinese and Japanese simultaneous broadcast

In the past, the role of industrial robots was to perform mass production, perform repetitive work, and even carry heavy objects. Since 2015, with the transformation of the manufacturing industry into a digital, with advanced automation technology to lead the production, it began to become the focus of international manufacturing. Various industries have paid more and more attention on the application of robots in the production line. Through the efficient production and manufacturing under the market’s demand, robot production and demand scale increased year by year. According to the latest World Robotics Technology 2020 report, there are 2.7 million industrial robot devices worldwide, reaching a new record. 

With the rapid change of manufacturing production mode and aging of population. Robots have transformed from the original stand-alone operation to human-machine collaboration, especially in a variety of small production, output processes complex and other fields. Therefore, the development of precision visual identification system and sensor technology is even more critical. 

In the 2020 World Robotics Report, the number of collaborative robots installed increased by 11% in sales statistics for collaborative robots and traditional industrial robots. Sales performance contrasts sharply with the overall trend of traditional industrial robots in 2019. More and more vendors are offering collaborative robots, and the range of applications is growing. Of the 373,000 industrial robot shipments in 2019, 4.8% came from collaborative robots, which are still in their infancy but are growing very fast.

In addition, the artificial intelligence technology has allowed robots to learn more complex tasks on their own. In particular, although coronavirus has a significant global impact in 2020, it also provides more opportunities for modern and digital production, while stimulating the rapid growth of demand and technology in the overall market for smart manufacturing. In the long, ‘rapid production’ and ‘delivery of customized products at competitive prices’ will be the main reasons for the growth in the volume of robotic devices. 

It is obvious that the next generation of AI robotics will be more autonomous and dexterous. The collaborative robot operation mode has gradually affected the manufacturing process and the overall industrial structure. 

How should manufacturers in the supply chain deal with the breakthrough innovations brought about by AI robots? 

Therefore, Smart Machinery and the Taiwan Automation Intelligence and Robotics Association (TAIROA) is going to host the “AI Value-added Intelligent Manufacturing Online International Technology Seminar” on November 11, 2020 at 2p.m (Taiwan time). Invited heavyweight speakers, including Fanuc, Kawasaki Robotics, Solomon, a company focused on AI vision research and development/ human-machine collaboration, Touché Solutions, AIST and ITRI, a Taiwan and Japan’s most authoritative technical research specialists. 

The seminar will host simultaneously in Chinese and Japanese online live streaming mode, with intelligent application digital commerce platform (TAIROA B2B). For Taiwan and Japanese industry quickly grasp the trend of applications, with a glimpse of breakthrough technology imported examples, and a rare opportunity to interact with all speakers. 

For more information, please contact TAIROA 04-23581866 or visit https://www.tairoab2b.com/event/4?locale=jp