The core technology of the hottest robot in China

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China's robot core technology needs to accelerate to catch up with

China's robot application market is developing rapidly. It also conforms to a variety of domestic and international norms and integrates a variety of experimental methods in a body exhibition. Industry analysis institutions predict that the sales of robots in China will reach 102000 units in 2017. But at the same time, the overheated competition and investment of low-level terminal manufacturers will hinder the competitiveness and Innovation Upgrading of the industry. At present, the Ministry of industry and information technology is formulating industry norms to improve the access threshold and strictly control the risk of low-end and overcapacity in the high-end industry of industrial robots

at present, industrial robots are widely used in China's manufacturing industry. Industrial robots have been widely used in 37 industry categories and 91 industries. From the perspective of application, nearly 50% of industrial robots in China are used in the field of automobile manufacturing; The application in power/electronics industry has also reached about 21%

since 2013, China has become the world's largest industrial robot market after completing 35 aluminum based key information reporting projects in 2017, the use of industrial robots has increased significantly. In 2014, more than 57000 industrial robots were sold nationwide, an increase of 54%; In 2015, the sales volume increased to 68000 sets; In 2016, the number of robots installed has reached 85000, more than 30% of the number of new industrial robots in the world

industry analysis agencies predict that additives will open a "new door" to cars in 2017, and the sales volume of industrial robots in China will reach 102000, with a total of nearly 450000; At the same time, the market share of China's local robot enterprises will increase from less than 5% in 2012 to more than 30% in 2017

the booming market demand for industrial robots in China has also brought signs of overheating in the industry. At present, there are more than 20 provinces focusing on the development of robot industry and more than 40 robot industrial parks. In the past two years, the number of robot enterprises has increased rapidly from less than 400 to more than 800, and there are more than 3400 enterprises related to the industrial chain. But most of them are concentrated in the medium and low-level markets

Xin Guobin, Vice Minister of the Ministry of industry and information technology, said that the risk of low-end industries in the robot field and overcapacity of low-end products has attracted great attention of relevant departments

the head of a robot manufacturing enterprise said that five years later, it would be good for Chinese robot enterprises to have one fifth left. Manufacturers without core technology and core parts basically have no living space. At present, the more representative Chinese industrial robot enterprises include: Xinsong, Boshi, esston, etc

Qu Daokui, President of Shenyang Xinsong robot, pointed out that one of the weaknesses of the current domestic industrial robot development is that foreign brands account for more than 60% of the Chinese industrial robot market, while foreign companies account for 90% of the high-end and technically complex six axis multi joint robots

in terms of brands, the market share of China's industrial robots is occupied by four major brands: KUKA (20%), FANUC (15%), Yaskawa (15%), abb (10%), and large foreign manufacturers add up to more than 60%

according to expert analysis, industrial robot technology is still basically concentrated in Japan and Europe. In Japan, the reducer, the key component of robots, is far ahead, and has formed a technical barrier; Germany has great advantages in raw materials, dirty gear rods and body parts; China is now at the downstream of the industrial chain, mainly system integration, secondary development, customized parts and after-sales service

Chinese enterprises still have a big gap in the core technology of robots, and the reliability still needs to be continuously improved. In particular, the mastery of complex and precise technologies such as welding, surgery and medical treatment is not enough. In terms of perception and control technology, human-computer interaction technology and so on, we need to accelerate the catch-up

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