Currently, China's conveying equipment industry is facing the era of technology. In this era of rapid technological advancement, Chinese conveying equipment manufacturers should shift their development models to a technology-driven path, striving to secure a share in the fierce market competition through innovative methods. Today, let's discuss with you, from Shanghai Yunyin Machinery Co., Ltd., how our conveying equipment industry should develop. Firstly, we must recognize that we are in a transition period of social and economic development. The manufacturing of conveying equipment in China is still dominated by small and medium-sized enterprises, which generally have low overall technical levels, and there is still a disadvantage of price competition among enterprises. This not only reduces the added value of products and brand value in the conveying equipment industry but also leads the entire industry towards an unfavorable direction.

The development of conveying equipment products is based on the technological transformation of manufacturing enterprises, and only with manufacturing processes can we provide technical equipment for production enterprises. The development and production of conveying equipment must keep pace with research projects and cutting-edge technologies in scientific research, to quickly transform the scientific research achievements of conveying equipment into productivity and commodities. At the same time, it forms its own scientific research achievements and industrial production through equipment. Integrating conveying equipment technology, consolidating scientific research efforts and manufacturing technology, it combines scattered finances, technology, and human resources into one, selecting the best from the best and optimizing combinations, forming its core technology, ultimately achieving technological progress and industrial upgrading.

Transport conveyors without traction components vary in structure and the working components used for material conveyance also differ. Their structural features include: using the rotational or reciprocating motion of the working components, or utilizing the flow of the medium within pipes to propel materials forward. For instance, roller conveyors feature a series of rollers that rotate to transport materials. Screw conveyors have a spiral as their working component, which rotates within the hopper to push materials along. Vibratory conveyors use a hopper as their working component, which reciprocates to transport the materials placed inside.