Industrial robots are mainly composed of the three core components of servo system, controller and reducer, known as the "crown pearl" of manufacturing industry, is the carrier of emerging technologies, and important equipment for the transformation and upgrading of manufacturing industry. At present, China has become the world's largest industrial robot market, and the installed capacity of industrial robots has reached the first in the world.
The participating companies believe that with the emergence of artificial intelligence technology and AI multi-modal large models, humanoid robots are expected to become a new generation of disruptive products in the industrial field.
The domestic industrial robot industry has accelerated its rise
As one of the three core parts of the robot, the reducer accounts for 1/3 of the cost of the robot, and has an important role in reducing the output speed and increasing the output torque. For a long time, the harmonic reducer has been monopolized by Japanese enterprises such as Hamenaco, with high prices and a long delivery cycle, which restricts the production and service of robot manufacturers.
Take the lead in breaking through the technical blockade of precision harmonic reducer, realizing industrial production and large-scale application, successfully breaking the monopoly of foreign brands, and driving the cost of domestic application side down significantly.
In promoting domestic substitution at the same time, Green Harmonic actively layout overseas, leading the "made in China" harmonic reducer to the world stage, the current shipment ranks second in the world.
The development strategy has been reorganized, clearly focusing on industrial robot products as the core, and focusing resources on industrial robot business, which has promoted the continuous rapid increase in the production and sales of industrial robots of Efte in recent years.
Servo system is the "power system" of industrial robot, and it is the core component with high localization rate.
Provide momentum for the high-end development of manufacturing
The improvement of the intelligent level of industrial robots represents the development direction of the new quality productivity of the industry. As an important production tool in the manufacturing industry, industrial robots are widely used downstream, and can output kinetic energy in various industries such as automobiles, new energy, electronics, metals, chemicals, and food, and realize manual replacement in various scenarios such as handling, palletizing, arc welding, spot welding, spraying, and loading and unloading. Therefore, the development of new quality productivity of industrial robots is an important cornerstone for the high-end development of manufacturing industry and the realization of a safe and controllable industrial system.
Combined with the rich experience in the industrial robot industry, the development of new quality productivity of industrial robots is mainly manifested in the implementation of manufacturing technology transformation and upgrading projects, and the digital transformation and upgrading of manufacturing industry. There are a large number of process operations in the production of discrete manufacturing industry, such as welding, spraying, assembly and a large number of transfer processes, which have the advantage of replacing manual robots to a certain extent. Therefore, an important job in the optimization and upgrading of the manufacturing industry is to realize the automation of the production line, which is inseparable from the help of industrial robots, it can be said that the use of industrial robots and the improvement of the intelligent level of robots represent the development of new quality productivity.
New quality productivity emphasizes the integration of scientific and technological innovation resources to lead the development of strategic emerging industries and future industries. We ourselves are the representative of new quality productivity, the company has been the promoter and practitioner of technological innovation, focusing on the superposition of original technology and application technology, and constantly promote the automation process of downstream enterprises.
Industrial automation, robotics and digitalization are the technology platforms that Buke focuses on building, and are also the most important core technologies to help customers develop new quality productivity.
Industrial demand upgrades open a new track for domestic robots
In the context of the transformation and upgrading of China's manufacturing industry and high-quality economic development, the domestic substitution process is expected to further accelerate. At the same time, complex industrial scenarios still require a large amount of labor, and intelligent upgrading of the robot industry is urgently needed to break the game.
Talking about the next development of domestic industrial robots, the participants believed that through the innovation and upgrading of industrial robots to accelerate the realization of the manufacturing industry chain and the autonomy and control of all links of the supply chain has become an industry consensus, whether it is import substitution or the evolution of new technologies, it will bring broad space for the development of domestic robots.
Continue to promote the globalization of the brand and market development, relying on the initial establishment of customers around the world, production system, focus on promoting customer diversification, the robot products into the international market.
Compared with industrial robots, humanoid robots have a very high degree of freedom, which means that they can perform more complex and flexible tasks. The participating companies believe that humanoid robots are expected to become a new generation of disruptive products in the industrial field, and will become a new track for multi-party competition in the future industry.
At present, artificial intelligence is the most likely tool to enable robots to have a high level of intelligence. The combination of artificial intelligence and robots is expected to solve the problems of perception, cognition and decision-making, and finally realize the autonomous operation of robots. Such a scenario is bound to come, and it may not take long.
