With the help of a simple tablet computer, a single person can easily complete the precise operation of the asphalt concrete paver. This simple and accurate operation method aroused great interest from Mr. Andre, an overseas partner who came to visit and inspect SCMC After experiencing it many times, Mr. Andre couldn't help but highly praise this new technology of SCMC.

With the widespread application of high-tech technologies such as AI artificial intelligence and big data models, construction machinery is rapidly developing towards intelligence and unmanned operation. As the chief editor of the national standard for asphalt concrete pavers in China, SCMC has been engaged in the research and development of intelligent technology for pavers since 2017, and has designed a system for remotely controlling the operation of pavers via Wi-Fi using mobile phones or tablet computers. The technology research and development department continuously optimizes and upgrades the remote operating system through market research and user feedback. The newly upgraded system integrates intelligent terminals, digital monitoring and diversified operations, making the operation more flexible and efficient. It can effectively solve the blind spot of vision for paver operators, keep them away from the troubles of high temperature and smoke and dust, and greatly improve the operating environment. The transformation from multi-person joint operation to individual "control" has significantly reduced the safety risks of human-machine interaction during the operation process, providing more efficient, safer and more adaptable working conditions for road construction and paving in the new era.

This system can control multiple functions within a 100-meter range of the paver, set and adjust operation parameters such as the traveling speed of the paver, the rotational speed of the scraper distributor, the hammer and vibration frequency, etc. It can collect parameters such as the engine speed, temperature and oil pressure of the paver in real time. The AI algorithm automatically allocates priorities according to the construction conditions and selects the most suitable control mode according to the actual scene. It has improved the operational efficiency, reduced the labor intensity, and ensured the safety and reliability of construction.