At present, the trend of collaborative integration in China's manufacturing industry is becoming increasingly obvious. The sprocket, chain, gear, and bearing industry has broken the limitations of single-field development, strengthened collaborative innovation upstream and downstream of the industrial chain, and built an integrated industrial new ecosystem of "R&D - manufacturing - application - service" relying on the one-stop transmission service model, promoting the industry's transformation towards high-end, integrated, and service-oriented development.
Collaborative innovation upstream and downstream of the industrial chain is accelerating. The upstream of the transmission component industry is deeply coordinated with fields such as special steel, high-performance alloys, precision processing equipment, and testing instruments to jointly tackle key technical problems such as materials, processes, and equipment. For example, steel enterprises and transmission component enterprises jointly develop high-strength wear-resistant steel to adapt to the heavy-load working conditions of sprockets and gears; equipment manufacturers develop special CNC machining centers and intelligent heat treatment equipment to improve the processing precision and efficiency of components. The downstream closely cooperates with enterprises in fields such as construction machinery, new energy equipment, and intelligent manufacturing, deeply understands the working condition requirements of terminal equipment, and jointly optimizes one-stop transmission solutions to achieve precise matching between transmission components and terminal equipment. This upstream and downstream collaborative innovation model has broken technical barriers, accelerated the transformation of innovative achievements, and promoted the synchronous improvement of transmission component performance and terminal equipment competitiveness.
Industry-university-research integration empowers technological breakthroughs. Universities, scientific research institutes, and transmission component enterprises have strengthened industry-university-research cooperation, focusing on key technological breakthroughs in high-end transmission components. Relying on their advantages in theoretical research, scientific research institutions carry out basic research in fields such as material mechanics, tribology, and precision transmission design, providing theoretical support for enterprise technological innovation; enterprises rely on their advantages in production, manufacturing, and application scenarios to promote the industrialization of scientific research achievements and solve technical problems in practical applications. For example, scientific research institutions such as the Chain Transmission Research Institute of Jilin University have jointly carried out the R&D of precision chains and high-strength sprockets with enterprises, promoting related technologies to reach the international advanced level. Relying on the industry-university-research integration platform, one-stop transmission service enterprises integrate various technical resources, realize the continuous innovation of the integration technology of sprockets, chains, gears, and bearings, and continuously improve the technical content and competitiveness of one-stop solutions.
Service-oriented transformation builds a new industrial ecosystem. With the market demand shifting from "products" to "solutions + services", the transmission component industry is accelerating its service-oriented transformation, and the connotation of one-stop transmission services is constantly extending. In addition to providing integrated product solutions, enterprises also provide full-life-cycle services such as transmission system design consulting, installation and commissioning, regular maintenance, fault repair, and technical training, helping customers improve equipment operating efficiency and reduce operation and maintenance costs. At the same time, relying on industrial Internet and big data technology, a remote operation and maintenance service system is built to real-time monitor the operating status of the transmission system, warn of faults in advance, and realize the transformation from "passive maintenance" to "active operation and maintenance". This one-stop model of "products + solutions + services" promotes the industry's transformation from a single-component supplier to a comprehensive transmission solution service provider, building a collaborative development and win-win industrial new ecosystem.
