The purpose of man-made robots is to serve humans, so it will be as much as possible to become multifunctional, for example in the family, can become a robot nanny. Will you sweep the floor, vacuuming, you can also be your chat friend, but also for your child care. When you go outside, the robot can help you to carry some heavy objects, or to mention something, or even your personal insurance. In addition, the advanced intelligent robots in the future will also have a variety of deformation functions. For example, from a humanoid status, it may be possible to become a luxury car. This seems to be a real transformer. It carries you everywhere. Wherever you want to go, this more idealistic idea is possible in the future.

According to the Yubo Zhiye Market Research Center, the generation of robots is an inevitable stage of the development of social science and technology. It is a product of social economic development to a certain extent. After undergoing a process of growth from primary level to present level, with the further development of science and technology With the development and integration of various technologies, we believe that the future of robotics technology will be brighter.

The emergence of 3D printing has overturned many industries, and the robotics industry is no exception. We can imagine that if we need anything in the future, we only need to input the drawings into the brains of robots, and robots can combine 3D printing technology so that we can conveniently use us. What needs to be made may seem to be very far away. Life is always miraculous for us. For the future, we can boldly display our imagination and an intelligent life will come true.

All robots, including the linear coordinate robot in the broad sense, need to be programmed. Future robots may be more intelligent. They can directly convert processing programs by visually scanning drawings or similar CAM software, reducing programming processes and improving efficiency.

More mechanical industry analysis The booming of robots has started to spread in various industries. In this process, local integrators with the advantages of technology, capital, and engineers will benefit first, because even international companies with strong technical capabilities are not likely to be familiar with the processes of all industries. The robotic body manufacturing enterprises are expected to achieve import substitution, because China will soon become the largest consumer market for industrial robots in the world, but its own brand share is still less than 10%, and the alternative space is vast.

With the increasing differentiation of requirements for robots from machine and equipment manufacturers, not only are the requirements for robotic applications more demanding, but also for manufacturers of machinery and equipment to make their users more profitable and competitive. The possibility of advantages.

Domestic robot industrialization has a backward R&D capability. Domestic robots are difficult to enter the automotive, electronics, and biopharmaceutical industries. Foreign brands occupy the vast majority of the Chinese robot market, and China’s controllers, precision maintenance equipment and other key industrial components rely heavily on Imports, lack of policy support guidance, market promotion is difficult.

Therefore, it is imperative for the state to have a systematic industrial development plan for the robot industry and to provide comprehensive and meticulous support to the entire robot industry in order to reverse the current trade deficit.

The Ministry of Industry and Information Technology encourages the development and R&D of robots and strives to build smart factories. With the support of the Ministry of Industry and Information Technology, smart equipment has a bright future.

The Ministry of Industry and Information Technology issued the "Intensive Convergence Promotion Plan for Raw Materials Industry (2015-2018)" today. The plan proposes to nurture and build 15-20 smart factories with benchmarks. The penetration rate of digital design tools for large and medium-sized raw material companies exceeds 85%, the key process flow rate is more than 80%, the advanced process control investment rate exceeds 60%, and robots for key positions are promoted. 5000.

The plan calls for the development of smart factory standards for different characteristics of petrochemicals, steel, non-ferrous metals, rare earths, building materials and other industries. At the same time, the plan stated that robot R&D units and raw material companies are encouraged to work together to develop and apply a batch of special industrial robots. By 2018, 5,000 new robot applications will be added.

In industrial hazardous environments, such as industrial kilns, loading and loading, and chemical companies, robots are replaced by manual operations. In the ceramic industry, glazing, brick industry palletizing, aluminum ingot casting and handling, zinc ingot palletizing packaging, and stripping zinc units are repeated heavy work positions to popularize and popularize robot operations. Focusing on improving production efficiency and reducing maintenance costs, we have developed and promoted automatic temperature-sampling robots, continuous casting robots for automatic slag blasting, automatic slab cleaning robots, robots for ingot casting and slag removal, anode operation robots, and surface treatment and polishing of copper and aluminum plates. Robots, raw material sorting robots, cutting robots, spray paint (oil) robots, etc. Focusing on improving product quality and process accuracy, we will promote the use of robots for surface defect determination, automatic product identification, and automatic image recognition. The key to technological development is to improve the reliability of mechanism for mining robots, obstacle avoidance design, communication capabilities, and explosion-proof design, and to develop and promote intelligent robots such as underground metal mining and emergency rescue in the mining of complex ore deposits.

Su Bo, the deputy minister of the Ministry of Industry and Information Technology, also stated earlier that the Ministry of Industry and Information Technology will strengthen the top-level design, guide the development of the industry, improve the standard system, organize the preparation of the industry standard system structure chart and standard schedule for the robot industry in China, and increase financial support for the robot industry. Strength and policy support support the healthy development of the robot industry. We will strive to form a relatively complete system of industrial robots by 2020. The industrial robotics industry and enterprises’ technological innovation capabilities and international competitiveness will be significantly enhanced, and the high-end market share will reach 45% or more, basically meeting international construction, national economy, and social development. need.

According to the forecast report on the development prospects of the Chinese intelligent robot industry, it is understood that the domestic industrial robot market will continue to expand rapidly in 2015, and it is expected that the growth rate will exceed 30%. In 2013, global industrial robot sales reached 178,100 units, an increase of 11.8% year-on-year, while the Chinese market sold more than 36,600 units to surpass Japan as the world's largest market, and achieved the fastest-growing market with a 59% year-on-year growth rate.

Looking ahead to 2015, the supply, demand and external environment factors affecting the development of the industry will continue to improve. Especially with the acceleration of the localization process, the application costs of robots will continue to be reduced, the application of robots in low-end manufacturing will be expanded, and the rapid growth of the industry will be promoted. .

According to the calculation of China's industrial robot ownership and manufacturing employment in 2013, the density of industrial robots in China is 25 units per 10,000 employees, which is far below the global average of 58 units per 10,000 people, and the level of automation is higher in Korea, Japan, and Germany. The gap is even greater.

Taking the robot density as a reference standard, BOC International estimates the demand for the Chinese robot market. Assume that the accelerated application of Chinese robots will enable it to reach the global average by 2020. In 2020, the domestic robot market will require nearly 25 billion yuan, and the ontology system will integrate the entire market. Nearly 100 billion. From 2015 to 2020, the demand for domestic robots totaled about 600,000 units, and the average annual demand was 100,000 units.