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This article showcases how Dunlop Flooring achieved further production efficiency upgrades through intelligent automation and optimized manufacturing process management. By improving workflow coordination, reducing operational bottlenecks, and enhancing production line efficiency, the company strengthened overall factory performance and operational stability. The article also highlights how smart automation solutions helped improve process visibility, streamline production management, and support more efficient manufacturing operations in modern industrial production environments. Read More

This article highlights the visit of ORDTEX to SUNTECH and explores how textile manufacturers can maximize ROI through intelligent automation and advanced textile production solutions. During the visit, discussions focused on AI fabric inspection technology, production efficiency optimization, quality control improvement, and smart factory management strategies. The article also demonstrates how modern textile manufacturers are evaluating automation investments not only to reduce labor dependency and improve operational efficiency, but also to achieve more stable production performance and long-term manufacturing competitiveness. Read More

In October this year, the Tokyolife team from Vietnam was invited to visit SUNTECH to gain an in-depth understanding of the company's overall capabilities and intelligent solutions. Discussions focused on establishing a more stable and efficient fabric inspection solution within their existing prod Read More

This article explores why automatic fabric relaxation systems are becoming a more cost-effective and reliable solution for modern textile manufacturing. It explains how automated relaxation technology helps improve fabric stability, reduce tension-related issues, enhance dimensional consistency, and minimize manual handling requirements during textile processing. The article also highlights how automatic fabric relaxation systems improve workflow efficiency, reduce labor dependency, and support more stable production quality across knitting, dyeing, and finishing operations. Through intelligent process control and consistent fabric conditioning, textile manufacturers can achieve better production reliability and improved operational performance. Read More

This article provides a practical guide on how textile manufacturers can safely handle heavy warping beams using electric beam trucks and intelligent material handling solutions. It explains how electric transport equipment reduces manual lifting risks, improves transportation stability, enhances workplace safety, and increases handling efficiency within weaving and warping departments. The article also highlights how automated beam handling systems help textile factories optimize internal logistics workflows, reduce labor intensity, and improve operational reliability when managing large and heavy textile beams in modern production environments. Read More

This article examines whether traditional textile quality control methods can match the performance of modern AI fabric inspection systems. It explains how AI-powered visual inspection technology improves defect detection speed, inspection consistency, and real-time monitoring accuracy compared to manual inspection processes. The article also highlights how intelligent inspection systems help textile manufacturers reduce human error, improve fabric quality stability, identify defects earlier in production, and optimize overall quality management efficiency. Through automated defect analysis and continuous inspection capabilities, AI fabric inspection provides textile factories with a more reliable and scalable approach to quality control in modern manufacturing environments. Read More