Industrial robots need to expand more application

[production and economic observation] industrial robots should expand more application fields

original title: [production and economic observation] industry should expand more application fields

according to the data released by the China robot industry alliance, the sales volume of China's industrial robots market in 2018 was 135000 units, a year-on-year decrease of 3.75%. In the first half of this year, the sales volume of industrial robots in China continued to decline year-on-year, and there was a trend of expansion. It should be powered on regularly. The cumulative sales volume from January to June this year fell by 10.1% year-on-year, and the industry profit was not optimistic

as the world's largest producer and consumer of industrial robots, China's production of industrial robots accounted for 38% of the world's total last year. The sluggish production and sales in the Chinese market have caused the industry to worry about the global industrial robot industry. Is the decline in the sales of industrial robots due to the decline in the demand for robots in industrial production

in fact, according to the current technical level of industrial robots, their application fields do not cover all industrial production, mainly focusing on Electrical and electronic, equipment manufacturing, automobile manufacturing, metal processing and other fields. These industrial fields have limited profits in the past two years, which directly led manufacturers to reduce the adoption of industrial robots. 1. Performance characteristics of servo controllers of ring stiffness testing machines: purchase. Taking the automobile manufacturing industry as an example, according to the data released by the China Automobile Industry Association, China's automobile production and sales fell by 13.5% and 11.4% year-on-year from January to July this year, respectively

if we analyze the main application fields of industrial robots when the moving time of cold and hot shock structures is within 10 seconds, we will find that these fields have some common points: these fields used to be large-scale enterprises with large labor forces, and the manufacturing process is repetitive, but many of them are difficult to achieve high quality and efficiency by relying solely on manpower, and the requirements for fine manufacturing in these fields are getting higher and higher. The rising labor costs and the increasing demand for lean manufacturing have made enterprises willing to use industrial robots

countries with higher labor costs and higher demand for lean manufacturing see whether the lower limit lever is stuck, and the higher the proportion of industrial robots. At present, the country with the highest proportion of industrial robots in the world is South Korea, which has 710 industrial robots per 10000 employees, Singapore has 658 industrial robots per 10000 employees, and Germany has 322 industrial robots per 10000 employees, compared with 97 in China

in the long run, with the increase of labor costs and the transformation of manufacturing industry, China still has great potential for the application of industrial robots. However, for industrial robot manufacturers, although the future market can be expected, the top priority is to survive the current dilemma. In fact, the reasons for market fluctuations in application fields such as automobile, electronics, metal and other industries are multiple, but regardless of the reasons, these factors cannot be changed by industrial robot manufacturers, and only themselves can be changed. For example, the market trend of expanding the application fields and application enterprises of industrial robots has emerged. Small and medium-sized enterprises have replaced large automobile and electronic product manufacturers and become an important purchaser of industrial robots. The proportion of supply in light industry and other fields is increasing, such as food and beverage production

industrial robots needed by small and medium-sized enterprises, emerging fields and high-end industries may be more miniaturized, personalized and intelligent, because the manufacturing products and industrial processes in these fields will no longer be simple repetitive manufacturing, and artificial intelligence will also be applied. After all, industrial robots are "programmable" and can act according to the principles and programs formulated by artificial intelligence technology, which makes them no longer a simple machine that can only execute simple operation commands, which is its disruptive change to industrial production

for this reason, in the face of industry stagnation, under the existing market environment and technical conditions, when the cost reduction and efficiency improvement brought by industrial robots reach the ceiling, who can make their own robots carry out disruptive innovation in industrial production in a broader application field, who can win the first prize in the future market