At present, the six manufacturing industries of automobiles, electronics, food, chemicals, plastics and rubber, and metal products are considered to be the main fields of current industrial robots. According to the data, in the future, China's industrial robots will have an annual demand of 1 million to 2 million units, accounting for about 70% of China's industrial robot market demand. Driven by the huge market prospects, the development of industrial robots has been seeking new changes, and there are three major development trends in the future.
Market development, seeking new and changing industrial robots
With the introduction of the concept of Industry 4.0 and the introduction of the 2025 plan of China Manufacturing, China's economy has entered a new normal of development, and accelerating the development of the robot industry has become an important way to achieve new strategies. The six manufacturing industries of automobiles, electronics, food, chemicals, plastics and rubber, and metal products are considered to be the main fields of current industrial robots. According to the data, in the future, China's industrial robots will have an annual demand of 1 million to 2 million units, accounting for about 70% of China's industrial robot market demand. Driven by the huge market prospects, the development of industrial robots has been seeking new changes, and there are three major development trends in the future.
Human-machine cooperation future development direction of industrial robots
At present, industrial robots are mainly used in the automotive, electronics, metals, plastics and chemicals, food and beverage, tobacco and other industries. Its core functions are welding and brazing, in addition to handling / loading and unloading, assembly and disassembly, sealing, processing and so on. From the perspective of demand market, the Asia-Pacific region, especially China, is the core market for industrial robot applications, and the future demand will continue to grow rapidly.
However, at present, more than 90% of industrial automation operations cannot be completed by traditional robots, including mechanical tubes, stock preparation, loading and unloading, packaging, etc., which have not yet been fully automated. Human-machine cooperation robots can partially compensate for the shortcomings of traditional industrial robots and complete mechanical management. In addition, mobile robots equipped with industrial robotic arms may be one of the main directions for the next factory development.
Get rid of clumsy industrial robots and evolve to "high IQ"
The perception of robots used in the industrial field has always been on the robotic arm for simple repetitive work. But in fact, the development of industrial robots has been constantly changing, both in terms of cost and technology, becoming intelligent and becoming "high IQ."
The so-called intelligent intelligence of the robot is to make the robot "easy to apply". To achieve this, it is necessary to increase the speed of programming. Just as mobile applications need to be updated regularly, robots working on the assembly line also need program updates, and faster update means that the process of programming is easier. However, it is still a long way for industrial robots to integrate various functions into one total control system and complete the rapid update of the control program.
After the car 3C into the second largest industry of robot application
Currently, automobiles are an important driver for the development of the robot industry, but in the next 2-3 years, the electronics industry will become a driving force. In the 3C manufacturing industry, robots can maximize sustainable productivity in environments such as high temperatures and dust, which may endanger human health. This is also an important reason for the sharp increase in demand for robots in the 3C industry.
The automotive industry has always been the industry that uses the most industrial robots, but in addition to the automotive industry, China is also a major consumer and producer of home appliances and consumer electronics. In recent years, with the advent of smart upgrades, agile manufacturing, flexible manufacturing, and lean manufacturing have become the development direction of 3C home appliance manufacturers, and the characteristics of industrial robots are catering to this manufacturing trend.
In the case of this increasing demand, the automation rate of China's 3C industry is relatively low, and the density of robots on the market is far behind the developed countries. Although the current 3C industry's robot penetration rate is not enough, it also proves that the future market prospect is large, and it is a research and development direction worthy of grasping by robot companies.
The main function of the safety barrier is to restrict the dangerous energy in the safe place from entering the dangerous place, that is, to limit the voltage and current sent to the dangerous place.
1. Due to the tripartite isolation mode, there is no need for system grounding line, which brings great convenience to the design and on-site construction. The requirements for instruments in hazardous areas are greatly reduced, and isolated instruments are not required on site.
2. Since the signal line does not need to be grounded together, the stability and anti-interference ability of the detection and control circuit signal are greatly enhanced, so as to improve the reliability of the whole system.
3. The isolated safety barrier has stronger input signal processing ability and can accept and process thermocouple, thermal resistance, frequency and other signals, which is impossible for Zener safety barrier.
4. The isolated safety barrier [2] can output two mutually isolated signals to be used by two equipment using the same signal source, ensure that the signals of the two equipment do not interfere with each other, and improve the electrical safety insulation performance between the connected equipment.
Isolated Safety Barrier,Output Intrinsic Isolated Safety Barrier,Explosion-Proof Relay Isolated Barrier,Switch Explosion-Proof Relay Barrier
Taizhou Jiabo Instrument Technology Co., Ltd. , https://www.jbcbyq.com