In January 2026, SONGWOL, a South Korean company, was invited to visit SUNTECH and tour the production plant for on-site discussions. The focus of this visit was not on purchasing individual equipment, but rather on a systematic discussion of upgrading the overall factory efficiency and space utilization.
During the discussions, SONGWOL shared the current realities of their production operations: fabric inspection and packaging still rely heavily on manual labor, making it difficult to further improve efficiency; the methods for handling fabric rolls and warp beams are traditional, resulting in limited efficiency and potential safety hazards; and the warehouse space utilization is low, leading to increasing management pressure as production volume rises. How to optimize personnel structure and improve space utilization while ensuring stable quality became the core focus of the discussions.
Based on the client's actual production layout, we exchanged views on overall solutions for AI-powered fabric inspection, warp beam handling methods, three-dimensional storage management, and AGV collaborative transportation, rather than focusing on individual equipment replacements. Both parties focused on how process reengineering could make fabric inspection data clearer and more traceable, while simultaneously streamlining and ensuring safer material flow, and freeing up more effective production space.
At the factory, the SONGWOL team experienced the AI fabric inspection system firsthand and gained a deeper understanding of its stability and process integration. Through practical observation and exchange, the client expressed approval of the overall upgrade approach and a willingness to further promote cooperation.
This visit was not merely an equipment inspection, but a systematic dialogue surrounding the future of the factory. SUNTECH will continue to collaborate with clients, tailoring its solutions to their capacity planning and spatial structure, to assist them in building a more efficient, safer, and more sustainable production system.
