With the breakthrough of robotics and artificial intelligence technology, we have ushered in a new era, and robotics is driving the transformation and upgrading of various industries. With the help of artificial intelligence technology, robots have transformed from simple automation to highly intelligent, and their application scenarios continue to expand from industry to medical care, commercial venues, home services, etc., while creating huge development opportunities.
From August 15th to 19th, the 2018 World Robot Conference (WRC2018) was held in Yizhuang, Beijing. The conference gave a detailed interpretation of the current development status of the robotics industry, as well as technological trends and market opportunities. Top experts in the robotics field from all over the world surrounded An in-depth discussion was carried out on the topic of robotics.
Robots have been widely used in industrial production, and the global industrial robot market grew at a rate of 31% last year. As the various technologies of robots mature, the cost of industrial robots will become lower and lower. Factories tend to use robots to improve production efficiency, improve product quality and reduce manufacturing costs. The huge potential of machine substitution is gradually exploding.
At the main forum of the conference, Karel Eloot, McKinsey's global senior managing partner and head of McKinsey's Asia operations consulting business and IoT, believes that 60% of the work in the manufacturing industry can be automated, and China has great opportunities in this field. , You can use robotics extensively.
At present, the biggest challenge for China is the problems encountered in "Made in China 2025" and industrial transformation. Industrial transformation is not only a problem of robots, but also how to apply artificial intelligence in the manufacturing process and how to use interconnection technology. Manage the company and improve operations, etc. The application or automation of robots is not only in the robot itself, because the machine is different from the human, it can have more functions, where we need to redesign the production line to make it more suitable for the work of the robot, so that the robot and digital solutions can really give full play to potential.
Liu Qingfeng, chairman of iFlytek Co., Ltd., said that in addition to the hardware, appearance and movement of the robot, a very important one is the background understanding, prediction, decision-making and front-end interaction capabilities. Artificial intelligence is already the most important strategic direction for human development in the future. China is the main battlefield of artificial intelligence in the future. Many fields are entering no man’s land together and are exploring future development.
It is precisely because of the opportunities for AI R&D and industrialization that iFLYTEK has completely integrated voice, vision, gesture, touch and other related technologies to form a new future of human-computer interaction. Any robot must interact with humans. The interaction between voice and machine is very important. iFLYTEK has proposed a user interface in the era of artificial intelligence and has now launched version 3.0.
Rezia Molfino, president of the Italian Robotics and Automation Association and European Commission consultant, interpreted the impact of the EU Horizon 2020 plan (2018-2020) on the development of the robotics industry at the meeting. Rezia Molfino said that only one-fifth of the world’s manufacturing companies use advanced manufacturing solutions. EU companies need more industrial skills training, and the workforce must be able to adapt to new technologies, especially robotics, and upgrade their technologies.
The EU Horizon 2020 plan hopes to promote the development of some key technologies, involving artificial intelligence, digital security and interconnection technologies. To make good use of the new technologies brought about by the industrial revolution, barriers and barriers between producers, suppliers and consumers must be broken. The European Commission has decided to give priority to the development of innovative technology demonstration projects, transform the results of research and development and promote demonstration and experimental projects as soon as possible to meet the challenges of new digital technology business models, growing online sales and the digital single market.
At the meeting, Qu Daokui, founder and president of SIASUN Robotics Automation Co., Ltd., introduced the new progress and latest achievements of China's robotics technology. Last year, the entire Chinese robot market accounted for a relatively large sales volume. The massive growth of articulated robots has driven the rapid development of the Chinese robot market. The fastest growth rate is the SCARA robot, which has a growth rate of more than 50%. From the perspective of robot applications, the largest sales volume in China is the handling and loading and unloading robots, accounting for almost 45%, followed by welding, assembling, handling and gluing. From the perspective of the application industry, in fact, the largest application of robots is electronic equipment. In this regard, the application of robots occupies a dominant position.
At present, Chinese robots have achieved deep integration in technology, with more emphasis on flexibility, intelligence and autonomous adaptability to the environment. The new generation of robots has actually formed a new ecosystem, which is also the biggest change in robots. Today's collaborative robots must collaborate and integrate with humans, and safety has become the most important issue now. Nowadays, robots have become IOT products. The biggest problem brought by IOT is how to ensure network security. Therefore, the development of robotics technology must develop and progress together with related technologies.
Jeff Burnstein, chairman of the American Robot Industry Association, pointed out at the meeting that the biggest opportunity in the robotics industry in the past few years has been collaborative robots. Now there are at least 36 similar robot manufacturers working on collaborative robots around the world. At present, many industries have such applications, including assembly in the automobile industry. The ultimate hope of assembly plants is to use robots. Because traditional industrial robots cooperate with people, including the final assembly workers, they are not particularly safe to do. Collaborative robots The emergence of this kind of work makes this kind of work safer.
From the market point of view, China's electronics industry may be the largest application field of collaborative robots, especially in the field of consumer electronics. In addition to assembly, there are distribution and testing. In addition, the field of life sciences also has great potential. In the future, the growth of collaborative robots in the field of life sciences may be very fast. In general, robots do not actually eliminate human jobs, but create new jobs. Robots will create many jobs that have never been imagined.
The main forum of the conference is divided into six stages. The first stage is mainly for in-depth exchanges on international strategy and cooperation. The second stage is about basic technology and innovation. Then, the third and fourth sections are about topics such as frontier trends in robotics and artificial intelligence. Analysis and discussion, as well as the fifth and sixth stages, mainly focus on emerging technology application practices and market prospects and investment exhibitions. In addition, the conference also opened more than ten thematic sub-forums, from industry to medical, education, elderly care and service industries, in-depth interpretation of the current situation, trends and opportunities of the robotics industry.
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