Technological breakthroughs

The introduction of the smart urea bagging robot system into Ha Bac Fertilizer and Chemical Joint Stock Company’s production line has enhanced operational efficiency, increased labour productivity, optimised operating costs, and marked a milestone in realising the smart factory model and comprehensive digital transformation.

Within the production process, automating the bagging of finished products is a crucial step in the company’s journey towards smart manufacturing. The project has gradually integrated advanced technology into production, reducing the need for manual labour, raising productivity, and improving safety for workers.

The investment in the urea bagging robot system is a vital link, directly integrated into the product finishing stage. It enables real-time data connection, collection, and exploitation, thereby supporting effective management, leadership, and digital transformation within the company.

To prepare for technology transfer, equipping staff and workers with knowledge of new technology was essential. The company organised in-depth training programmes on operation procedures, regular maintenance, and troubleshooting. This has enabled engineers and workers to quickly grasp the technology, operate the system proficiently, and meet technical requirements, ensuring the system runs stably and efficiently.

This project stands out as a significant initiative, shifting management from traditional practices towards smart, real-time operations. The robot system automates inventory reporting, monitoring, and management of dispatched goods, ensuring data is updated accurately and transparently, and reducing errors from manual entry.

At the same time, the robot system has demonstrated strong coordination and adaptability when put into practical operation, maintaining a stable and continuous production rhythm at the factory. The initial success not only confirms Ha Bac Fertilizer’s workforce’s ability to access and master new technology but also lays the groundwork for further research and wider adoption of automation in other production stages.