In recent years, the industrial structure of the food industry has been continuously adjusted, and industrial transformation has also been advancing. The domestic food processing industry in China is slowly concentrating, with increasing scale and production capacity. As the company's production capacity continues to increase investment, it will also face the demand for food transport equipment in various production professions. This requires higher requirements in the planning and development of food transport machines, raw materials, and the stability of their functions.
Developed industrial countries widely adopt new processing methods such as high-precision machining, precision machining, microfabrication, micro mechanical and micro/nano technology, laser processing technology, electromagnetic processing technology, superplastic processing technology, and composite processing technology. Due to the increasingly fierce competition in both global and domestic markets, for example, in the mechanical manufacturing industry, many domestic and foreign companies, even well-known ones, have suffered numerous defeats in this ruthless competition, with some closing down and others being swallowed up.
Under the driving force of energy conservation and emission reduction policies and the constraints of relevant binding indicators, reduce the dust, noise, and waste generated during the operation of transport machines; Reduce energy consumption and adhere to transportation skills centered on energy conservation and emission reduction; Expand the applicability range of the conveyor under various extreme conditions; Significantly improve the transportation capabilities of transport machines, increase the length of individual machines, expand the transportation angle, accelerate the development of large-scale transport equipment with large delivery capacity and long distance, in order to meet the main trend of the transport machine market.

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