QKM robot industrial structure upgrading is the only way for China's traditional manufacturing industry, and intelligent product manufacturing will run through the entire teaching process. However, in the field of early education investment management, the market value of investing in technologically innovative companies in the hard technology and manufacturing sectors has long been ignored. A significant symbol is that in the past few years, high-end manufacturing limited companies that have been called "invisible champions" are often ignored in the early stage, and almost no formal investment banking institutions have invested in risk.

      As a venture capital firm, Mice has invested in more than 70 high-tech and high-end manufacturing companies since its inception, accounting for more than 60% of its portfolio. We're lucky to be in the company of so many "tough guy" entrepreneurs who cling to technology and products, dare to take on international giants, and while not often noticed, it's worth watching. As a result, Akashi planned the theme "Akashi Chizao", pushing the "tough guys" of the Akashi Brotherhood to the front of the stage.

      With the deepening of industrial upgrading process in our country, the trend of machine replacement is more and more serious. Although the automation transformation of China's heavy industries such as automobile manufacturing and aerospace is progressing smoothly, the production scale of light industries such as food, small household appliances and 3C electronic parts is scattered, the level of automation is low, and the amount of manual labor is large. With the gradual disappearance of China's demographic dividend, a large number of small light manufacturing industries in China need to upgrade automation.

      In recent years, robotics has become a trend in niche industries, and QKM Robotics is trying to prove to the industry that domestic production is decentralized in the field of light manufacturing and can also complete the upgrading of smart industries by establishing automated production lines for different industries. According to the introduction, the current solutions designed by QKM robot Automation include Hong Kong Mei Xin mooncake automatic packaging production line, DJI micro motor automatic assembly workstation, Shenzhen Guangcai open a network intelligent inkjet printer, and Guangzhou arc Technology automatic intelligent detection system.

      In addition to being a light industry robot enterprise with independent design capabilities, QKM Automation has been committed to providing overall solutions for light industry manufacturing for users such as manufacturing enterprises, system integrators, and scientific research institutions, building intelligent production systems and enhancing enterprise manufacturing power. So where is the innovation in column automation? What is the point of a company that focuses on robot research and development to provide automation solutions for traditional manufacturing? How does Li Qun Automation view the status quo of the domestic industrial robot industry?

      At QKM robot' autonomous headquarters in Songshan Lake Science and Technology Park, founder Shi Jinbo talked about how she sees the development of domestic industrial robots and the business logic that Li Li Group has followed in its growth.

      QKM automation philosophy

      The trend of "machines replacing people" is obvious

      The automation transformation of light industry is imperative

      Manufacturing has always been considered a labor-intensive industry, but with the gradual disappearance of China's social demographic dividend, the cost of employing people in factories has greatly increased, and "machine substitutes" have become an important way for enterprises to continuously improve the efficiency of product production management and reduce the cost of logistics enterprises.

      At present, the application of industrial robots in the automotive manufacturing industry is the most mature, from loading and unloading, assembly, welding to detection and packaging, industrial robots participate in the various processes of the automotive production line. In addition, robots have become important production AIDS in the fields of electronics, chemicals and large household appliances.

      However, in the process of automation transformation of heavy industry in full swing, the light industry represented by food packaging, small household appliances and 3C accessories still seems to stay in the very primary "manual workshop" stage. This type of manufacturing industry is generally decentralized, the production process is low in standardization, and it is difficult to automate.

      There are three main reasons for this:

      First of all, China's industrial robots started late, compared with Europe, the United States and Japan and other developed countries, the gap is large, so China's industrial robot market share of more than 70%, occupied by the "four big families". However, due to the difference in the layout of manufacturing industry at home and abroad, foreign general robots can not be fully used in the production process;

      Secondly, due to the dispersed production scale of domestic light industry, when the demographic dividend was enjoyed in the past, the cost of factory personnel was much lower than the automatic transformation of production lines, and the willingness of enterprises to transform automated production lines was not obvious;

      In addition, the flexibility of humans in the production process is something that machines cannot catch up with in a short time.

      Take the packaging of mooncakes for example. The workers on the assembly line can easily distinguish the front and back of a mooncake. When packaging, they only need to flexibly adjust the placement of the mooncakes, but in the automated production line, they need on-board machine vision recognition. For example, when people pack cartons by hand, the boxes are harder and softer, which does not affect the final packaged products. Flexible handling of them during the packaging process is sufficient. However, if it is machine packaging, the quality of the carton is required. Because machines can't adjust their strength every time, they have to use cartons of the same thickness.

      However, with the disappearance of the demographic dividend in China's society, more and more enterprises' management generally reflects the difficult dilemma of recruitment. In addition, many research college students who are newly employed every year in China "disdain" to engage in education-related personnel work, which aggravates the dilemma that labor-intensive enterprises cannot recruit workers. In addition, because people are also vulnerable to the analysis of physical health factors or the changing emotions in the production and operation process, the production efficiency is also reduced.

      To sum up, the domestic light industry urgently needs to find a suitable way to upgrade automation, Li Li group dynamic entrepreneurial concept is based on this concept. Shijinbo said that QKM robot has entered labor-intensive mass production on the basis of its technological advantages in the field of light industrial robotics, and on this basis, we can create automated production solutions for different industries to meet the production needs of enterprises.

      From robot ontology to automation solutions

      The innovation of QKM robot goes beyond technology

      A student of Professor Li Zeh-cheung of the Hong Kong University of Science and Technology and an expert in the field of motion control, he agrees with the concept of practical applications. In the face of the grim reality that the market share of domestic industrial robots is still dominated by the "four big families" and the core components (including servo motors, retarders and controllers) are missing, automation has still not forgotten its full significance.

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Article reprinted from the Internet