By integrating a miniaturized melt spinning device with an advanced synchrotron beamline, in-situ experiments can be conducted to observe real-time process control and microstructural evolution during melt spinning, opening up a new frontier in high-performance fiber development.

在熔融紡絲中，高分子鏈於冷卻與牽伸時動態排列與結晶，決定纖維性能。過去多仰賴模擬推測，缺乏實驗驗證。現結合TPS 25A1微米X光散射與微型紡絲裝置，可臨場即時觀測微結構演化，深入揭示製程與結構形成間的精密互動聯，為高性能纖維材料的製程優化與理論建構奠定堅實基礎。

Taiwan’s synthetic fiber industry is primarily based on melt spinning technology. This technology offers a miniaturized in-situ melt spinning research platform that combines real-time process control with microstructure tracking, effectively reducing R&D costs, shortening development cycles, and significantly boosting innovation efficiency in the industry.